mhurhangee/patent-ind-claim-en huggingface dataset:
A method of transmitting a Physical Sidelink Shared Channel, PSSCH, which is transmitted by a Device-to-Device, D2D, user equipment, UE, in a wireless communication system, the method comprising the steps of: selecting, by the UE , one or more resource blocks to be used for transmitting the PSSCH on a subchannel; and transmitting, by the UE , the PSSCH via the one or more selected resource blocks, wherein the number of the one or more selected resource blocks corresponds to the greatest value not exceeding the total number of resource blocks usable for transmitting the PSSCH on the subchannel among values corresponding to 2 α 2 ' 3 α 3 ' 5 α 5 , eachof α 2, α 3, α 5 is a non-negative integer, wherein, based on that the resource blocks, RBs, the PSSCH and the RBs of a Physical Sidelink Control Channel, PSCCH, are consecutive, the number of RBs used for a transmission of the PSCCH is excluded from the total number of RBs of the one or more subchannels to determine the total number of RBs usable for transmitting the PSSCH. selecting, by the UE , one or more resource blocks to be used for transmitting the PSSCH on a subchannel; and transmitting, by the UE , the PSSCH via the one or more selected resource blocks, wherein the number of the one or more selected resource blocks corresponds to the greatest value not exceeding the total number of resource blocks usable for transmitting the PSSCH on the subchannel among values corresponding to 2 α 2 ' 3 α 3 ' 5 α 5 , eachof α 2, α 3, α 5 is a non-negative integer, wherein, based on that the resource blocks, RBs, the PSSCH and the RBs of a Physical Sidelink Control Channel, PSCCH, are consecutive, the number of RBs used for a transmission of the PSCCH is excluded from the total number of RBs of the one or more subchannels to determine the total number of RBs usable for transmitting the PSSCH.
Method for managing an identity (IDA,IDB) of a first user, intended to be implemented during a communication between a first web browser (21,31;210,310) installed on a terminal (20,30;200,300) of the first user and a second web browser (31,21;310,210) installed on a terminal (30,20;300,200) of a second user, the managing method comprising: - a step (G90,G40;H130,H100) in which the first user obtains at least one first datum (DB,DA) characteristic of the second user, said at least one first datum (DB,DA) characteristic of the second user being a public key (PKB,PKA) of a pair of public and secret keys attributed to the second user; - a step (G140,G160;H200,H170) in which an identity (IDA,IDB) of the first user is associated with said at least one first datum (DB,DA) characteristic of the second user;and - a step (G220,G260;H150,H180) in which the identity of the first user (IDA,IDB) associated with said at least one characteristic first datum is made available to the second user provided that the second user is in possession of at least one second datum (SKB,SKA) corresponding to the first datum characteristic of the second user. - a step (G90,G40;H130,H100) in which the first user obtains at least one first datum (DB,DA) characteristic of the second user, said at least one first datum (DB,DA) characteristic of the second user being a public key (PKB,PKA) of a pair of public and secret keys attributed to the second user; - a step (G140,G160;H200,H170) in which an identity (IDA,IDB) of the first user is associated with said at least one first datum (DB,DA) characteristic of the second user;and - a step (G220,G260;H150,H180) in which the identity of the first user (IDA,IDB) associated with said at least one characteristic first datum is made available to the second user provided that the second user is in possession of at least one second datum (SKB,SKA) corresponding to the first datum characteristic of the second user.
A controller adapted for generating a switching signal for controlling one or more power switches included in a switch mode power supply (SMPS), the controller including a clock circuit that is adapted to generate a switching signal for controlling the one or more power switches and that has a frequency that is slewed at a constant rate, whereby the direction of the slewing is changed at random times, thereby reducing peak spectral noise of the switch mode power supply.
An internal combustion engine for generating a linear reciprocating movement of an output shaft along a longitudinal axis (A), the engine comprising: a double sided cylinder , the cylinder bounded by an engine head at each side thereof, wherein the cylinder comprises inlet openings ; an exhaust unit positioned at each end of the cylinder; wherein the engine further comprises: a double sided piston positioned within a cylinder inner space and sliding with respect to the cylinder along the longitudinal axis; two piston rods aligned with the longitudinal axis, each piston rod connected at an opposite side of the piston, characterised in that : each of the piston rods comprises exhaust openings ; each of the piston rods is provided with a cavity for gas to flow through the piston rods, the cavity extending at least from an end of the piston rod, which is remote from the piston, to an exhaust opening, the exhaust opening being closer to the piston than the end, with no interconnecting flow passage from the cavity of one piston rod to that of the other piston rod. a double sided cylinder , the cylinder bounded by an engine head at each side thereof, wherein the cylinder comprises inlet openings ; an exhaust unit positioned at each end of the cylinder; wherein the engine further comprises: a double sided piston positioned within a cylinder inner space and sliding with respect to the cylinder along the longitudinal axis; two piston rods aligned with the longitudinal axis, each piston rod connected at an opposite side of the piston, characterised in that : each of the piston rods comprises exhaust openings ; each of the piston rods is provided with a cavity for gas to flow through the piston rods, the cavity extending at least from an end of the piston rod, which is remote from the piston, to an exhaust opening, the exhaust opening being closer to the piston than the end, with no interconnecting flow passage from the cavity of one piston rod to that of the other piston rod. a double sided piston positioned within a cylinder inner space and sliding with respect to the cylinder along the longitudinal axis; two piston rods aligned with the longitudinal axis, each piston rod connected at an opposite side of the piston, characterised in that : each of the piston rods comprises exhaust openings ; each of the piston rods is provided with a cavity for gas to flow through the piston rods, the cavity extending at least from an end of the piston rod, which is remote from the piston, to an exhaust opening, the exhaust opening being closer to the piston than the end, with no interconnecting flow passage from the cavity of one piston rod to that of the other piston rod. each of the piston rods comprises exhaust openings ; each of the piston rods is provided with a cavity for gas to flow through the piston rods, the cavity extending at least from an end of the piston rod, which is remote from the piston, to an exhaust opening, the exhaust opening being closer to the piston than the end, with no interconnecting flow passage from the cavity of one piston rod to that of the other piston rod.
A display comprising: light-generating layers ; a transparent cover layer ; touch-sensitive layer having a substrate and conductive traces formed on the substrate , wherein the touch-sensitive layer is interposed between the light-generating layers and the transparent cover layer , and wherein the conductive traces comprise capacitive touch sensor electrodes; and a light sensor interposed between the touch-sensitive layer and the transparent cover layer , wherein the light sensor receives light through the transparent cover layer , and wherein the light sensor is electrically coupled to the conductive traces on the touch-sensitive layer . light-generating layers ; a transparent cover layer ; touch-sensitive layer having a substrate and conductive traces formed on the substrate , wherein the touch-sensitive layer is interposed between the light-generating layers and the transparent cover layer , and wherein the conductive traces comprise capacitive touch sensor electrodes; and a light sensor interposed between the touch-sensitive layer and the transparent cover layer , wherein the light sensor receives light through the transparent cover layer , and wherein the light sensor is electrically coupled to the conductive traces on the touch-sensitive layer .
A handle for opening and closing a door (C, A) of a means of transportation, particularly an aircraft, the handle comprising: a base part , lockable to a rotatable shaft of an opening mechanism of the door (C, A); a hand gripping part , connected to the base part ; a hinge connecting the base part to the gripping part to allow relative rotation of the gripping part with respect to the base part about a first axis (E); a plurality of seats , of which at least one seat is integral with the base part and at least one seat is integral with the gripping part , characterized by : the seats being adjacent and aligned along a second axis (F) substantially parallel to the first axis (E); a mechanical fuse element of constraint received in the seats , such that by applying to the gripping part a bending stress around the hinge greater than a predetermined threshold, the mechanical fuse element of constraint shears between the seats (16 and 17). a base part , lockable to a rotatable shaft of an opening mechanism of the door (C, A); a hand gripping part , connected to the base part ; a hinge connecting the base part to the gripping part to allow relative rotation of the gripping part with respect to the base part about a first axis (E); a plurality of seats , of which at least one seat is integral with the base part and at least one seat is integral with the gripping part , characterized by : the seats being adjacent and aligned along a second axis (F) substantially parallel to the first axis (E); a mechanical fuse element of constraint received in the seats , such that by applying to the gripping part a bending stress around the hinge greater than a predetermined threshold, the mechanical fuse element of constraint shears between the seats (16 and 17). the seats being adjacent and aligned along a second axis (F) substantially parallel to the first axis (E); a mechanical fuse element of constraint received in the seats , such that by applying to the gripping part a bending stress around the hinge greater than a predetermined threshold, the mechanical fuse element of constraint shears between the seats (16 and 17).
A soft magnetic metal powder having soft magnetic metal particles including Fe, wherein a surface of the soft magnetic metal particle is covered by a coating part , the coating part has a first coating part and a second coating part in this order from the surface of the soft magnetic metal particle towards outside, the first coating part includes oxides of Fe as a main component, the second coating part includes an oxide glass of at least one element selected from the group consisting of P, Si, Bi, and Zn, and a ratio of trivalent Fe atom among Fe atoms of oxides of Fe included in the first coating part is 50% or more.
A heating assembly for a cigarette heating device , the cigarette heating device being configured for heating a cigarette , the heating assembly comprising: at least one heating head configured for heating the cigarette; a fixing holder configured for fixing the at least one heating head, the fixing holder detachably connectable with the cigarette heating device; wherein the heating assembly further comprises a temperature sensing unit , the temperature sensing unit comprises an electrically conductive body and a sensing head , the sensing head is arranged at an end of the fixing holder, and the sensing head is configured for sensing a temperature of the cigarette; characterised by a plurality of electrodes arranged in the fixing holder, the electrodes being electrically connected with the at least one heating head, wherein the at least one heating head comprises a thermal conducting body and a heating wire , the heating wire is formed on a surface of the thermal conducting body by printing. at least one heating head configured for heating the cigarette; a fixing holder configured for fixing the at least one heating head, the fixing holder detachably connectable with the cigarette heating device; wherein the heating assembly further comprises a temperature sensing unit , the temperature sensing unit comprises an electrically conductive body and a sensing head , the sensing head is arranged at an end of the fixing holder, and the sensing head is configured for sensing a temperature of the cigarette; characterised by a plurality of electrodes arranged in the fixing holder, the electrodes being electrically connected with the at least one heating head, wherein the at least one heating head comprises a thermal conducting body and a heating wire , the heating wire is formed on a surface of the thermal conducting body by printing.
Appliance for treating human keratin materials, comprising: a treatment head a handle for holding the appliance in one hand in order to apply the head onto the human keratin materials, notably the skin, and the appliance having a housing for holding a refill containing a product to be applied, the handle and the treatment head forming an elbow, the housing being oriented substantially in line with the treatment head and open in a direction opposite to the treatment head, the refill being arranged so as to be actuated by the user in order to dispense a dose of the product.
Multilevel converter comprising at least two submodules (SM) connected in series, wherein each submodule (SM) has in each case at least two switches and a capacitor (C) and two current-carrying external module terminals (A1, A2), wherein at least one submodule has at least one outer heat sink that serves as a current-carrying external module terminal, characterized in that - at least two adjacent submodules (SM) have in each case at least one heat sink which forms one of the current-carrying external module terminals (A1, A2) of the respective submodule and on which at least one of the switches of the respective submodule (SM) is mounted on the inner wall side for cooling purposes, and - the heat sinks of the at least two adjacent submodules (SM) bear against one another on the outer wall side in such a way that the heat sinks thereof and thus the current-carrying external module terminals (A1, A2) formed by said heat sinks are electrically connected to one another. - at least two adjacent submodules (SM) have in each case at least one heat sink which forms one of the current-carrying external module terminals (A1, A2) of the respective submodule and on which at least one of the switches of the respective submodule (SM) is mounted on the inner wall side for cooling purposes, and - the heat sinks of the at least two adjacent submodules (SM) bear against one another on the outer wall side in such a way that the heat sinks thereof and thus the current-carrying external module terminals (A1, A2) formed by said heat sinks are electrically connected to one another.
A method for producing concrete blocks , in particular concrete paving slabs, wherein a mould has at least one mould cavity for receiving the concrete mixture and which can be filled with the concrete mixture by means of a filling device, and wherein the upwardly open mould cavity has walls as lateral boundaries, and wherein the mould with the at least one mould cavity and the filling device are moved relative to one another in a filling axis during the filling operation, and wherein the filling axis is oriented obliquely to an axis of symmetry of the at least one mould cavity , with the result that preferably all the walls (13 ... 16) of the mould cavity extend neither perpendicularly nor parallel to the filling axis , but at an angle , characterized in that the or each mould cavity is rectangular in outline and has four walls (13 ... 16) which extend so as to be directed obliquely to the filling axis or in that , with mould cavities which are square in outline, only the axes of symmetry which extend through the centre points of the walls (13 ... 16) are oriented obliquely to the filling axis .
A thermally insulated shipping container comprising: an inner structure including an inner base, a front inner wall, a rear inner wall opposed to the front inner wall, a pair of opposed side inner walls each extending between the front and rear inner walls and an inner lid ; an outer structure including an outer base, a front outer wall, a rear outer wall opposed to the front inner wall, two side outer walls each extending between the front and rear outer walls and an outer lid ; and a cavity extending at least between the inner and outer walls, the cavity being arranged to receive a plurality of cool packs ; wherein the container , when empty, is arranged to be transported disassembled in a flat packed state prior to being assembled for use, characterised in that , when disassembled, each side outer wall comprises a first portion and a second portion separate to the first portion, which first and second portions are arranged to abut together to form the respective side outer wall when the container is assembled for use, and in that the first portion of each of the two side outer walls is hinged at one end to a respective end of one of the front or rear outer walls. an inner structure including an inner base, a front inner wall, a rear inner wall opposed to the front inner wall, a pair of opposed side inner walls each extending between the front and rear inner walls and an inner lid ; an outer structure including an outer base, a front outer wall, a rear outer wall opposed to the front inner wall, two side outer walls each extending between the front and rear outer walls and an outer lid ; and a cavity extending at least between the inner and outer walls, the cavity being arranged to receive a plurality of cool packs ; wherein the container , when empty, is arranged to be transported disassembled in a flat packed state prior to being assembled for use, characterised in that , when disassembled, each side outer wall comprises a first portion and a second portion separate to the first portion, which first and second portions are arranged to abut together to form the respective side outer wall when the container is assembled for use, and in that the first portion of each of the two side outer walls is hinged at one end to a respective end of one of the front or rear outer walls.
A cleaning system for a dental implant part which has been introduced into the jawbone of a patient, having a securing element , having a media channel with a distribution element for a cleaning fluid which can be connected to an external media reservoir via said media channel and with an electrical contact element via which a power supply line which can be connected to an external power source can be electrically connected to the dental implant part , wherein the connection end of the securing element is adapted to an associated connection element in the dental implant part , wherein the distribution element and in addition thereto the electrical contact element can be attached to the securing element , characterized in that the media channel and/or an annular media channel which can be connected thereto is provided with a metallic sacrificial layer on its channel surface.
Sanitary valve block, comprising - a base body having a cartridge receptacle , at least one water inlet , at least one water outlet , a supply channel structure extending from the at least one water inlet to the cartridge receptacle and a discharge channel structure extending from the cartridge receptacle to the at least one water outlet , and - a valve cartridge inserted in the cartridge receptacle , - an insert receptacle extending into the discharge channel structure , and - an insert element inserted into the insert receptacle , which insert element includes a particle screen and/or a flow regulator , characterized in that - the insert receptacle is formed by a blind hole in the base body , wherein the discharge channel structure leads transversely into the blind hole and leads transversely out of the blind hole on axially spaced positions. - a base body having a cartridge receptacle , at least one water inlet , at least one water outlet , a supply channel structure extending from the at least one water inlet to the cartridge receptacle and a discharge channel structure extending from the cartridge receptacle to the at least one water outlet , and - a valve cartridge inserted in the cartridge receptacle , - an insert receptacle extending into the discharge channel structure , and - an insert element inserted into the insert receptacle , which insert element includes a particle screen and/or a flow regulator , characterized in that - the insert receptacle is formed by a blind hole in the base body , wherein the discharge channel structure leads transversely into the blind hole and leads transversely out of the blind hole on axially spaced positions.
A method for hash optimized composition of a global cache for isolated execution environments, comprising: - identifying , out of a number of runtime environments (ENVO, ENV1, .. ENVn), respectively one required runtime environment (ENVO, ENV1, .. ENVn) per software component out of a number of several software components such that when a software component shall be executed the environment is selected and will be assembled for deployment, where the required runtime environment provides a framework of features enabling the execution of the respective software component and where the number of runtime environments is equal or less compared to the number of software components to be executed; - dividing each identified runtime environment into a set of runtime environment components, where each runtime environment comprises runtime environment components; - storing in a central storage at least an indication of unique runtime environment components, the unique runtime environment components in their entireness forming all runtime environments such that overlapping runtime environment components are stored only once in the global cache; and - identifying a required runtime environment for a specific software component and loading all runtime environment components of the identified runtime environment from the central storage into an execution environment; wherein - a unique hash value is assigned to each runtime environment component. - identifying , out of a number of runtime environments (ENVO, ENV1, .. ENVn), respectively one required runtime environment (ENVO, ENV1, .. ENVn) per software component out of a number of several software components such that when a software component shall be executed the environment is selected and will be assembled for deployment, where the required runtime environment provides a framework of features enabling the execution of the respective software component and where the number of runtime environments is equal or less compared to the number of software components to be executed; - dividing each identified runtime environment into a set of runtime environment components, where each runtime environment comprises runtime environment components; - storing in a central storage at least an indication of unique runtime environment components, the unique runtime environment components in their entireness forming all runtime environments such that overlapping runtime environment components are stored only once in the global cache; and - identifying a required runtime environment for a specific software component and loading all runtime environment components of the identified runtime environment from the central storage into an execution environment; wherein - a unique hash value is assigned to each runtime environment component.