mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented method comprising: receiving, from a first user of a media sharing service, a first media content item and an authorization token, in response to receiving the first media content item, determining one or more similarities between the first media content item and a second media content item stored in a media content store of the media sharing service, wherein the second media content item includes an authorization indication; in response to identifying similarities between the first media content item and the second media content item, analyzing the authorization token to determine whether presentation of the first media content item in a media channel of the first user is consistent with the authorization indication; and in response to determining that presentation of the first media content item in a media channel of the first user is consistent with the authorization indication, providing the first media content item for presentation in the media channel associated with the first user. receiving, from a first user of a media sharing service, a first media content item and an authorization token, in response to receiving the first media content item, determining one or more similarities between the first media content item and a second media content item stored in a media content store of the media sharing service, wherein the second media content item includes an authorization indication; in response to identifying similarities between the first media content item and the second media content item, analyzing the authorization token to determine whether presentation of the first media content item in a media channel of the first user is consistent with the authorization indication; and in response to determining that presentation of the first media content item in a media channel of the first user is consistent with the authorization indication, providing the first media content item for presentation in the media channel associated with the first user.
A method of controlling a hydraulic system arranged to operate a working equipment, wherein the hydraulic system comprises - a set of hydraulic cylinders , each cylinder being equipped with a piston which is slidingly arranged in the cylinder , wherein each piston divides its associated cylinder chamber into a first chamber and a second chamber , the first chamber being provided with a first port through which hydraulic fluid is able to enter and to exit the first chamber , and the second chamber being provided with a second port through which hydraulic fluid is able to enter and to exit the second chamber , - a tank for housing hydraulic fluid, - a pump configured to pump hydraulic fluid from the tank to each cylinder, - a set of hydraulic control valves , one for each cylinder, each control valve being configured to control a flow of hydraulic fluid from said pump to either of the first port and the second port of its associated cylinder and to simultaneously allow a return flow from the other of the first port and second port of its associated cylinder to the tank , wherein said method is characterised in that it comprises the steps of: - determining the total return flow rate from said cylinders to the tank , and - controlling the flow rate of hydraulic fluid to said first or second port (17-22)) of the cylinders on basis of the determined total return flow rate, such that a predetermined return flow rate limit is not exceeded. - a set of hydraulic cylinders , each cylinder being equipped with a piston which is slidingly arranged in the cylinder , wherein each piston divides its associated cylinder chamber into a first chamber and a second chamber , the first chamber being provided with a first port through which hydraulic fluid is able to enter and to exit the first chamber , and the second chamber being provided with a second port through which hydraulic fluid is able to enter and to exit the second chamber , - a tank for housing hydraulic fluid, - a pump configured to pump hydraulic fluid from the tank to each cylinder, - a set of hydraulic control valves , one for each cylinder, each control valve being configured to control a flow of hydraulic fluid from said pump to either of the first port and the second port of its associated cylinder and to simultaneously allow a return flow from the other of the first port and second port of its associated cylinder to the tank , wherein said method is characterised in that it comprises the steps of: - determining the total return flow rate from said cylinders to the tank , and - controlling the flow rate of hydraulic fluid to said first or second port (17-22)) of the cylinders on basis of the determined total return flow rate, such that a predetermined return flow rate limit is not exceeded. - determining the total return flow rate from said cylinders to the tank , and - controlling the flow rate of hydraulic fluid to said first or second port (17-22)) of the cylinders on basis of the determined total return flow rate, such that a predetermined return flow rate limit is not exceeded.
An apparatus, comprising: a cap liner having a circular ring shape; wherein the cap liner has an upper side and a lower side; and the cap liner has a first circular shaped cavity and a second circular shaped cavity ; wherein the first circular shaped cavity is depressed into the upper side of the cap liner and the second circular shaped cavity is depressed into the lower side of the cap liner to define an outer lip and an inner portion of the cap liner; wherein the outer lip is taller than the inner portion, and the inner portion is planar; and wherein a center disk adjacent to the inner portion is removed to form the circular ring shape. a cap liner having a circular ring shape; wherein the cap liner has an upper side and a lower side; and the cap liner has a first circular shaped cavity and a second circular shaped cavity ; wherein the first circular shaped cavity is depressed into the upper side of the cap liner and the second circular shaped cavity is depressed into the lower side of the cap liner to define an outer lip and an inner portion of the cap liner; wherein the outer lip is taller than the inner portion, and the inner portion is planar; and wherein a center disk adjacent to the inner portion is removed to form the circular ring shape.
A method of increasing production of a recombinant protein, said method comprising culturing a host cell expressing said protein in cell culture medium comprising an effective amount of 4,4'-diisothiocyanostilbene-2,2'-disulfonic acid (DIDS) or supplemented with an effective amount of DIDS, wherein the host cell is a mammalian host cell and wherein the effective amount of DIDS is ranged between 1 μM to 100 μM.
Refrigerated product carrier for a refrigeration appliance door with two flanks which face away from one another, wherein each flank has a groove , which extends along a surface of the flank starting from an open end , wherein a bar can be moved between a position which engages in one of the grooves and a position which is retracted from the groove , characterised in that the groove is oriented vertically and a second end of the groove is a lower end of the groove , wherein the second end of the groove forms a stop, which is embodied so that the refrigerated product carrier can be placed from below onto a cam of a refrigeration appliance door, and/or the bar is guided on a supporting wall which is oriented at right angles to the groove and the supporting wall extends on both sides of the groove .
An apparatus , comprising: a first cell-lifting mechanism operable to lift a first strip from a first platform to a first elevation; a second cell-lifting mechanism operable to lift, from the first platform, a second strip that follows the first strip on the first platform to a second elevation higher than the first elevation; and a control mechanism operable to control the first cell-lifting mechanism and the second cell-lifting mechanism to move a leading edge of the second strip to overlap a trailing edge of the first strip while the first and second strips are lifted. a first cell-lifting mechanism operable to lift a first strip from a first platform to a first elevation; a second cell-lifting mechanism operable to lift, from the first platform, a second strip that follows the first strip on the first platform to a second elevation higher than the first elevation; and a control mechanism operable to control the first cell-lifting mechanism and the second cell-lifting mechanism to move a leading edge of the second strip to overlap a trailing edge of the first strip while the first and second strips are lifted.
Device for quickly freezing fresh products of meat or fish and for killing animals intended as animal food for carnivores, with a treatment chamber which is equipped with thermally insulated walls and with a gas-tightly closable access opening , has entering it a gas supply line flow-connected to a source for gaseous carbon dioxide and has leaving it an extraction line for removing gas from the treatment chamber , characterized in that the treatment chamber has entering it a liquid supply line flow-connected to a source for liquid carbon dioxide, wherein the gas supply line and the liquid supply line are equipped with a valve arrangement for optionally stopping the flow and establishing the flow of a flow connection to the treatment chamber , and a pressure tank is provided as a common source for liquid carbon dioxide and for gaseous carbon dioxide, wherein the gas supply line is flow-connected to a gas phase present in the pressure tank and the liquid supply line is flow-connected to a liquid phase present in the pressure tank .
- A thermoelectric generator for immersion in a fluid (F) containing at least a first chemical species, the thermoelectric generator comprising at least two electrodes , each electrode having a first end and a second end , the first ends being electrically connected to each other, the generator being configured to generate an electrical potential difference between the two second ends when a temperature difference is imposed between each first end and the second end of the same electrode , the temperature difference being such that one end, referred to as the "hot end", of the first end and the second end of each electrode has a temperature strictly higher than the temperature of the other end , referred to as the "cold end", of the first end and the second end of the same electrode , the hot end of at least one electrode comprising at least one element selected from the group consisting of a microorganism and an enzyme, the element being suitable for causing at least one exothermic reaction involving the first chemical species, the thermoelectric generator being characterised in that it further comprises a block in contact with the hot end of at least one electrode , the block comprising a matrix, the matrix being made in particular of a polymer material, the element being in the form of particles encapsulated in the matrix. the hot end of at least one electrode comprising at least one element selected from the group consisting of a microorganism and an enzyme, the element being suitable for causing at least one exothermic reaction involving the first chemical species, the thermoelectric generator being characterised in that it further comprises a block in contact with the hot end of at least one electrode , the block comprising a matrix, the matrix being made in particular of a polymer material, the element being in the form of particles encapsulated in the matrix.
A computer-implemented method for conducting a transaction, comprising: receiving , by a thin client from a portable device of a first portable device type, transaction data; determining , by the thin client , that the portable device is the first portable device type based on a format of the transaction data or contents of the transaction data; applying , by the thin client , an encryption protocol associated with a second portable device type to the transaction data to create encrypted data, wherein the encryption protocol is applied based at least in part on determining that the portable device is the first portable device type; and transmitting , by the thin client to a remote computer , the encrypted data, wherein the remote computer utilizes the encryption protocol to decrypt the transaction data, and thereafter processes the transaction data to conduct the transaction. receiving , by a thin client from a portable device of a first portable device type, transaction data; determining , by the thin client , that the portable device is the first portable device type based on a format of the transaction data or contents of the transaction data; applying , by the thin client , an encryption protocol associated with a second portable device type to the transaction data to create encrypted data, wherein the encryption protocol is applied based at least in part on determining that the portable device is the first portable device type; and transmitting , by the thin client to a remote computer , the encrypted data, wherein the remote computer utilizes the encryption protocol to decrypt the transaction data, and thereafter processes the transaction data to conduct the transaction.
A measuring chain for a signaling electronic circuit , including: - at least one measuring resistance able to be integrated into the signaling circuit , - at least one acquisition chain including means for measuring the voltage connected across the terminals of the measuring resistance , and - at least one test resistance and at least one controllable switch , associated, connected to the measuring resistance ; the ratio of the value of the test resistance to the value of the measuring resistance being greater than 10; and the acquisition chain including means for comparing voltages measured across the terminals of the measuring resistance in the two states of the switch and means for qualifying the measuring chain based on the result of the comparison, characterized in that the measuring chain further includes: - two parallel branches each having a measuring resistance ; and - at least one impulse test exciter connected between the two terminals of the two measuring resistances and comprising said at least one test resistance and said at least one controllable switch . - at least one measuring resistance able to be integrated into the signaling circuit , - at least one acquisition chain including means for measuring the voltage connected across the terminals of the measuring resistance , and - at least one test resistance and at least one controllable switch , associated, connected to the measuring resistance ; - two parallel branches each having a measuring resistance ; and - at least one impulse test exciter connected between the two terminals of the two measuring resistances and comprising said at least one test resistance and said at least one controllable switch .
Ski comprising a ski main body having a sliding surface and a binding part to which a skier's boot can be fastened, wherein the binding part is fixed on the ski main body so as to be movable in the longitudinal direction (LR), wherein at least one control surface which interacts at least indirectly with at least one spike that is movably mounted in the ski main body is provided on the binding part or on a functional part connected to the binding part , wherein the spike , in a first forward push position of the binding part , is positioned in a pushed-back position in which the free end (6.1, 6.1') of the spike does not project beyond the sliding surface , and the control surface interacts at least indirectly with the spike in such a way that, when the binding part is moved relative to the ski main body from the first, forward push position to a second, rearward push position, the spike is positioned in a pushed-forward position in which the free end (6.1, 6.1') projects beyond the sliding surface , wherein the longitudinal axis of the at least one spike runs at an angle to the sliding surface in such a way that the longitudinal axis of the at least one spike forms with the sliding surface of the ski an acute angle (β) which opens in the running direction (LR) of the ski .
Granules or a granulated mixture comprising a therapeutic compound which is nilotinib or a pharmaceutically acceptable salt thereof, and a surfactant, wherein the granules or granulated mixture are formed by wet granulation of the therapeutic compound with a surfactant and subsequent drying, and wherein the surfactant is a poloxamer.
A wheel suspension of a steerable wheel of a two-track vehicle, having a wheel carrier which is guided relative to the vehicle body so as to be pivotable about a steering axis of rotation and is pivotable about the steering axis of rotation by displacement of a tie rod , which is operatively connected to the wheel carrier via a steering arm of said wheel carrier and is oriented at least approximately in the vehicle transverse direction, wherein that end portion of the tie rod which faces toward the wheel carrier is connected by means of a joint , which permits a vertical spring-compression and spring-extension movement of the wheel carrier relative to the vehicle body, to an intermediate member which forms an axis of rotation , which axis of rotation spans, with the vehicle-body-side articulation point (SP) of the tie rod , a plane which is inclined relative to the vehicle vertical axis by an angle in the range between +/- 45é, and wherein the steering arm is fastened to the intermediate member so as to be spaced apart from said joint and so as to be rotatable about said axis of rotation , characterised in that the axis of rotation of the intermediate member , as considered in said spanned plane, is inclined relative to the vehicle vertical axis such that the articulation (APa, APb, AB) of the steering arm on the intermediate member is, as considered in the vehicle transverse direction, situated closer to the vehicle central plane than the point of intersection (KL) of the axis of rotation of the intermediate member with a straight line which runs through the vehicle-body-side articulation point (SP) of the tie rod and the centre of the joint between the tie rod and the intermediate member .
Method of recovering heat from bottom ash of a combustion process, the process comprising at least • feeding fuel and combustion air into a furnace for combusting the fuel for generating heat energy to produce steam or hot water in a boiler arrangement so that flue gases and bottom ash are formed, • discharging the bottom ash from the furnace , • recovering heat from the bottom ash discharged from the furnace to a bottom ash cooling water circuit for the purpose of utilizing the recovered heat for preheating the combustion air with a heat exchanger , the method being characterized in - collecting heat from the flue gases and heating the combustion air in a combustion air preheater and - preheating combustion air using heat recovered from bottom ash is carried out before heating the combustion air by the heat collected from the flue gases in the combustion air preheater . • feeding fuel and combustion air into a furnace for combusting the fuel for generating heat energy to produce steam or hot water in a boiler arrangement so that flue gases and bottom ash are formed, • discharging the bottom ash from the furnace , • recovering heat from the bottom ash discharged from the furnace to a bottom ash cooling water circuit for the purpose of utilizing the recovered heat for preheating the combustion air with a heat exchanger , the method being characterized in - collecting heat from the flue gases and heating the combustion air in a combustion air preheater and - preheating combustion air using heat recovered from bottom ash is carried out before heating the combustion air by the heat collected from the flue gases in the combustion air preheater .
A method of downloading a client software, comprising: receiving, by a server, a download request message of client software from a user terminal, the download request message including an identifier of the client software; obtaining, by the server, account information of a user and installation information of the client software that corresponds to the identifier of the client software, the obtaining the account information including determining login account information of the user; transmitting, by the server over a network to the user terminal, the obtained installation information of the client software that corresponds to the identifier of the client software together with the obtained account information, the account information including login information; and logging into the client software using the received account information after completing installation of the client software and without having to re-register the account information, wherein the download request message of the client software further comprises additional information, which represents event information indicating a subsequent operation to be performed by the client software. receiving, by a server, a download request message of client software from a user terminal, the download request message including an identifier of the client software; obtaining, by the server, account information of a user and installation information of the client software that corresponds to the identifier of the client software, the obtaining the account information including determining login account information of the user; transmitting, by the server over a network to the user terminal, the obtained installation information of the client software that corresponds to the identifier of the client software together with the obtained account information, the account information including login information; and logging into the client software using the received account information after completing installation of the client software and without having to re-register the account information, wherein the download request message of the client software further comprises additional information, which represents event information indicating a subsequent operation to be performed by the client software.
A knotter drive apparatus for a baler, comprising: a knotter gear drive shaft having a drive shaft axis and a shaft outside diameter ; and a plurality of knotter assemblies mounted on the knotter gear drive shaft , each knotter assembly including a first knotter gear sector including a first sector hub portion and a first sector radial portion , wherein: a central passage of the knotter assembly is at least partly defined in the first sector hub portion for receiving the knotter gear drive shaft ; the first sector radial portion extends radially outward from the first sector hub portion relative to the drive shaft axis , and has defined thereon a plurality of intermittent gear tooth segments ; and the first knotter gear sector has a circumferential gap defined therein greater than the shaft outside diameter such that the first knotter gear sector is removable radially, relative to the drive shaft axis , from the knotter gear drive shaft , wherein each knotter assembly further comprises: a second knotter gear sector including a second sector hub portion and a second sector radial portion , wherein: the second sector hub portion defines a further part of the central passage ; the second sector radial portion extends radially outward from the second sector hub portion relative to the drive shaft axis ; the second knotter gear sector closes the circumferential gap of the first knotter gear sector when the knotter assembly is installed on the knotter gear drive shaft ; and at least one connector connects the first and second knotter gear sectors when the knotter assembly is installed on the knotter gear drive shaft, characterized in that, the first and second knotter gear sectors each comprise substantially a 180 degree portion of the knotter assembly relative to the drive shaft axis such that the first and second knotter gear sectors are divided from each other at a diametrical divide extending substantially diametrically relative to the drive shaft axis.