mhurhangee/ep-ind-claims huggingface dataset:
A cover for cooling at least a part of the body of a patient, including at least one cooling element containing a cooling fluid and intended for placement on the body or body part, which cooling element is cooled to below the freezing point prior to its application, characterized in that a material having a good thermal conductivity as compared to the cooling fluid is contained in the cooling element to absorb the cooling fluid.
A method of managing and controlling the speed of a vehicle, the method comprising the steps of: - estimating a length of a route to follow, - measuring an energy capacity of a vehicle, - calculating a maximum energy consumption per unit of length on the basis of said estimated length and of said measured energy capacity and - modulating the instantaneous travel speed of said vehicle so that the instantaneous energy consumption of said vehicle in motion is substantially equal to or less than said calculated maximum energy consumption for each section of said route characterized in that said step of modulating the instantaneous travel speed of said vehicle is manual and performed by the user and comprises the visual indication of reaching or of exceeding the optimal speed so as to communicate, instant-by-instant, to said user the need to increase or decrease the press on the accelerator pedal so that the instantaneous energy consumption of said vehicle in motion is substantially equal to or less than said calculated maximum energy consumption for each section of said route. - estimating a length of a route to follow, - measuring an energy capacity of a vehicle, - calculating a maximum energy consumption per unit of length on the basis of said estimated length and of said measured energy capacity and - modulating the instantaneous travel speed of said vehicle so that the instantaneous energy consumption of said vehicle in motion is substantially equal to or less than said calculated maximum energy consumption for each section of said route
Method for influencing a cable winch force acting on a cable drive, comprising the method steps - providing a cable drive with a drivable winch and with a cable that can be wound on the winch, - providing a device for producing a traction sheave cable force on the cable, - determining an outer cable force, - predetermining a cable drive operating state, - providing a control or regulating unit to influence the traction sheave cable force, - producing a control or regulating variable by means of the control or regulating unit depending on the outer cable force and the predetermined cable drive operating state, - wherein the device is a traction sheave drive, characterized by - producing the traction sheave cable force by means of the device and influencing the traction sheave cable force by means of the control or regulating unit in such a way that the cable winch force acting on the cable drive can be controlled depending on the respective cable drive operating state and the outer cable force in such a way that the cable can be wound on and off at a constant cable winch force, wherein a four-quadrant operation of the traction sheave drive is reproduced by means of the control or regulating unit, and wherein the four traction sheave drive operating states are no-load lifting, no-load lowering, load lifting and load lowering. - providing a cable drive with a drivable winch and with a cable that can be wound on the winch, - providing a device for producing a traction sheave cable force on the cable, - determining an outer cable force, - predetermining a cable drive operating state, - providing a control or regulating unit to influence the traction sheave cable force, - producing a control or regulating variable by means of the control or regulating unit depending on the outer cable force and the predetermined cable drive operating state, - wherein the device is a traction sheave drive, characterized by - producing the traction sheave cable force by means of the device and influencing the traction sheave cable force by means of the control or regulating unit in such a way that the cable winch force acting on the cable drive can be controlled depending on the respective cable drive operating state and the outer cable force in such a way that the cable can be wound on and off at a constant cable winch force, wherein a four-quadrant operation of the traction sheave drive is reproduced by means of the control or regulating unit, and wherein the four traction sheave drive operating states are no-load lifting, no-load lowering, load lifting and load lowering.
A process for liquefying a cellulosic material to produce a liquefied product, which process comprises contacting the cellulosic material with - a hydrogenation catalyst comprising a hydrogenating metal or precursor thereof, which hydrogenation catalyst comprises a megaporous structure, wherein the megaporous structure comprises a porosity of at least 60% by volume and at least 30 volume% of the pore volume of the megaporous structure is present in megapores having a diameter of equal to or more than 1 micrometer - a liquid medium; and - a source of hydrogen. - a hydrogenation catalyst comprising a hydrogenating metal or precursor thereof, which hydrogenation catalyst comprises a megaporous structure, wherein the megaporous structure comprises a porosity of at least 60% by volume and at least 30 volume% of the pore volume of the megaporous structure is present in megapores having a diameter of equal to or more than 1 micrometer - a liquid medium; and - a source of hydrogen.
A method of reporting logged measurements in a wireless communication system, the method comprising: receiving, by a user equipment, a minimization of drive tests, MDT, configuration from a cell of a first radio access technology, RAT; logging, by the user equipment, measurements based on the MDT configuration; transmitting, from the user equipment to a cell of a second RAT, a logging indicator indicating an existence of the logged measurements based on the received MDT configuration from the cell of the first RAT; receiving, by the user equipment, a reporting request for reporting the logged measurements from the cell of the second RAT; wherein the reporting request includes information indicating that the MDT configuration was received from the cell of the first RAT; wherein the reporting request further includes RAT identification information indicating that the first RAT is associated with the MDT configuration; and transmitting, by the user equipment, a measurement result including the logged measurements to the cell of the second RAT in response to the reporting request, wherein the measurement result includes the MDT configuration received from the cell of the first RAT and the logged measurements based on the MDT configuration of the first RAT. receiving, by a user equipment, a minimization of drive tests, MDT, configuration from a cell of a first radio access technology, RAT; logging, by the user equipment, measurements based on the MDT configuration; transmitting, from the user equipment to a cell of a second RAT, a logging indicator indicating an existence of the logged measurements based on the received MDT configuration from the cell of the first RAT; receiving, by the user equipment, a reporting request for reporting the logged measurements from the cell of the second RAT; wherein the reporting request includes information indicating that the MDT configuration was received from the cell of the first RAT; wherein the reporting request further includes RAT identification information indicating that the first RAT is associated with the MDT configuration; and transmitting, by the user equipment, a measurement result including the logged measurements to the cell of the second RAT in response to the reporting request, wherein the measurement result includes the MDT configuration received from the cell of the first RAT and the logged measurements based on the MDT configuration of the first RAT.
A composite material, comprising: a support member, comprising a plurality of pores extending through the support member; and a cross-linked gel, wherein the cross-linked gel comprises a copolymer formed from a reaction of: 2-acrylamido-2-methyl-1-propanesulfonic acid, ethylene glycol phenyl ether methacrylate, and 2-carboxyethyl acrylate; and the cross-linked gel is located in the pores of the support member. a support member, comprising a plurality of pores extending through the support member; and a cross-linked gel, wherein the cross-linked gel comprises a copolymer formed from a reaction of: 2-acrylamido-2-methyl-1-propanesulfonic acid, ethylene glycol phenyl ether methacrylate, and 2-carboxyethyl acrylate; and the cross-linked gel is located in the pores of the support member. 2-acrylamido-2-methyl-1-propanesulfonic acid, ethylene glycol phenyl ether methacrylate, and 2-carboxyethyl acrylate; and the cross-linked gel is located in the pores of the support member.
A current transformer support device, comprising: - three conductors, each of which has a first connection portion at one end and a second connection portion at the other end, and which are aligned linearly side by side while being spaced apart from one another; and - a current transformer case which integrally insulates and supports the three conductors between the one end and the other end, the current transformer case having current transformer attachment portions provided at positions corresponding to at least two of the three conductors, to which ring-like current transformer coils formed so as to insert the conductors are attached; and wherein the current transformer case and the current transformer coils attached to the current transformer attachment portions are formed into one unit with a hardening insulating material, the current transformer support device being characterized in that: - a bushing attachment portion having a recess shaped like a long hole is provided to a front end face of the current transformer case; - a bushing in which the conductors are inserted and which insulates and supports the conductors is attached to the bushing attachment portion in a re-attachable manner; the bushing includes conductor surrounding portions to surround the three conductors in a one-to-one correspondence, and a through-hole provided to a bottom portion of each conductor surrounding portion so as to insert the corresponding conductor when the bushing is attached to the bushing attachment portion; and a clearance is provided between an outer peripheral surface of each conductor and an inner peripheral surface of the corresponding through-hole provided to the bushing. - three conductors, each of which has a first connection portion at one end and a second connection portion at the other end, and which are aligned linearly side by side while being spaced apart from one another; and - a current transformer case which integrally insulates and supports the three conductors between the one end and the other end, - a bushing attachment portion having a recess shaped like a long hole is provided to a front end face of the current transformer case; - a bushing in which the conductors are inserted and which insulates and supports the conductors is attached to the bushing attachment portion in a re-attachable manner;
An image color processing apparatus arranged to transform an input color (L,x,y) of a pixel specified in a color representation corresponding to a first luminance dynamic range into an output color (L*,x,y) of a pixel specified in a color representation corresponding to a second luminance dynamic range, which first and second dynamic ranges differ in extent by at least a multiplicative factor of 1.5, comprising a tone mapping deformation unit arranged to determine an adjusted output luminance (L*, 309) for the output color from an input luminance of the input color and on the basis of an input tone mapping defining output luminances as a function of input luminances, and a quantity linearly related to the input luminance, the quantity being indicative of a maximum luminance which for the chromatic coordinates (x,y) of the input color is maximally achievable in at least one of a gamut corresponding to the first luminance dynamic range and a gamut corresponding to the second luminance dynamic range for those chromatic coordinates (x,y); wherein the tone mapping deformation unit is arranged to generate the adjusted output luminance (L*, 309) by applying an adjusted tone mapping to the input luminance; and the tone mapping deformation unit is arranged to determine the adjusted tone mapping by adapting the input tone mapping dependent on the quantity so that any adjusted output luminance (L*, 309) obtained by applying the adjusted tone mapping to any input luminance of all possible input luminances in its extent of valid values [0,1] is not higher than a maximum luminance Lmax(x,y) which for the chromatic coordinates (x,y) of the input color is maximally achievable in the gamut corresponding to the second luminance dynamic range for those chromatic coordinates (x,y).
A test specimen for validating operating parameters of a method for the additive manufacturing of a part by laser melting on powder beds, said test specimen being formed in one piece by additive manufacturing by laser melting on powder beds identical to that used for the part to be manufactured, said test specimen comprising at least one upper face, at least one lower face and side faces (214, 216, 218, 220) including front faces and rear faces substantially on opposite sides from one another, said test specimen further comprising at least one recess opening onto said front and rear side faces, said recess having a substantially triangular shape in cross-section and being delimited by three inner faces, including a first lower inner face oriented upwards, a second upper inner face oriented downwards, and a third upper inner face which defines a thin wall with one other (220, 220b) of said side faces, which is inclined.
A terminal device adapted to communicate with a base station device, the terminal station device comprising: a transmitting unit; a receiving unit; and a processing unit configured to receive, by Radio Resource Control, RRC, signaling: first information indicating a parameter regarding transmitting together of Synchronization Signal, SS, and Physical Broadcast Channel, PBCH, in a NR cell, wherein the parameter regarding the SS and the PBCH comprises a sub carrier interval common to the SS and the PBCH, and second information indicating a starting predetermined resource for a set of predetermined resources successive in a frequency direction where the SS and the PBCH are transmitted; and receive the SS and the PBCH based on the first information and the second information, wherein the SS includes a Primary Synchronization signal, PSS, and a Secondary Synchronization Signal, SSS, and wherein the set of predetermined resources successive in the frequency direction is expressed as a number of multiple subcarriers in the frequency direction. a transmitting unit; a receiving unit; and a processing unit configured to receive, by Radio Resource Control, RRC, signaling: first information indicating a parameter regarding transmitting together of Synchronization Signal, SS, and Physical Broadcast Channel, PBCH, in a NR cell, wherein the parameter regarding the SS and the PBCH comprises a sub carrier interval common to the SS and the PBCH, and second information indicating a starting predetermined resource for a set of predetermined resources successive in a frequency direction where the SS and the PBCH are transmitted; and receive the SS and the PBCH based on the first information and the second information, first information indicating a parameter regarding transmitting together of Synchronization Signal, SS, and Physical Broadcast Channel, PBCH, in a NR cell, wherein the parameter regarding the SS and the PBCH comprises a sub carrier interval common to the SS and the PBCH, and second information indicating a starting predetermined resource for a set of predetermined resources successive in a frequency direction where the SS and the PBCH are transmitted; and receive the SS and the PBCH based on the first information and the second information, wherein the SS includes a Primary Synchronization signal, PSS, and a Secondary Synchronization Signal, SSS, and wherein the set of predetermined resources successive in the frequency direction is expressed as a number of multiple subcarriers in the frequency direction.
A stowable cargo guide, comprising: a housing; a guide block located in a block opening defined by the housing and configured to rotate relative to the housing, the guide block being configured to rotate between a stowed position and a raised position; a first vertical restraint located in a first restraint opening defined by the guide block and configured to rotate relative to the guide block, the first vertical restraint being configured to rotate between a deployed position and a non-deployed position, and characterised in that in the deployed position, an end of the vertical restraint extends laterally from a guide face of the guide block; the cargo guide further comprising: a securement clip located in a clip opening defined by the guide block and configured to rotate relative to the guide block; and a tray base including a laterally extending protrusion configured to engage a hook end of the securement clip to secure the guide block in the raised position, wherein engagement between the hook end of the securement clip and the laterally extending protrusion of the tray base restricts rotation of the guide block toward the stowed position. a housing; a guide block located in a block opening defined by the housing and configured to rotate relative to the housing, the guide block being configured to rotate between a stowed position and a raised position; a first vertical restraint located in a first restraint opening defined by the guide block and configured to rotate relative to the guide block, the first vertical restraint being configured to rotate between a deployed position and a non-deployed position, and characterised in that in the deployed position, an end of the vertical restraint extends laterally from a guide face of the guide block; the cargo guide further comprising: a securement clip located in a clip opening defined by the guide block and configured to rotate relative to the guide block; and a tray base including a laterally extending protrusion configured to engage a hook end of the securement clip to secure the guide block in the raised position, wherein engagement between the hook end of the securement clip and the laterally extending protrusion of the tray base restricts rotation of the guide block toward the stowed position.
Wiper arm, comprising a wiper arm body and a wiper arm end piece, the wiper arm end piece being fixedly connected to one end of the wiper arm body to hold a wiper blade, characterized in that the wiper arm is further provided with a nozzle and a pipe, wherein the nozzle is connected to an extension section of the wiper arm end piece towards the return side or the outward swing side of the wiper arm; the pipe extends along the wiper arm body, and one end of the pipe is connected to the nozzle to deliver a cleaning fluid to the nozzle, wherein the nozzle comprises a nozzle body, two accommodating grooves (521; 522), and a pipe connector, the two accommodating grooves (521; 522) and the pipe connector protruding from one side of the nozzle body; the extension section comprises a middle section and two edge sections (222; 223), the two edge sections (222; 223) being insertable into the two accommodating grooves (521; 522), respectively; the pipe connector is connectable to the pipe, characterized in that the extension section extends as a whole towards the outward swing side of the wiper arm, and in that the notches of the two accommodating grooves (521; 522) face each other, wherein the two edge sections (222; 223) sink relative to the middle section of the extension section, so that the upper surface of the nozzle is flush with the upper surface of the middle section. the nozzle is connected to an extension section of the wiper arm end piece towards the return side or the outward swing side of the wiper arm; the pipe extends along the wiper arm body, and one end of the pipe is connected to the nozzle to deliver a cleaning fluid to the nozzle, wherein the nozzle comprises a nozzle body, two accommodating grooves (521; 522), and a pipe connector, the two accommodating grooves (521; 522) and the pipe connector protruding from one side of the nozzle body; the extension section comprises a middle section and two edge sections (222; 223), the two edge sections (222; 223) being insertable into the two accommodating grooves (521; 522), respectively; the pipe connector is connectable to the pipe, characterized in that the extension section extends as a whole towards the outward swing side of the wiper arm, and in that the notches of the two accommodating grooves (521; 522) face each other, wherein the two edge sections (222; 223) sink relative to the middle section of the extension section, so that the upper surface of the nozzle is flush with the upper surface of the middle section.
A method of malware detection employing behavior profiling, the method being performed by a computing environment, the method comprising: applying a domain specific language to a target to be analyzed for malware, the domain specific language comprising rules to identify malware, the domain specific language utilized to detect malware associated with the target; wherein the rules of the domain specific language include rules based on observed temporal sequences and temporal events; observing the behavior of the target, by collecting a set of temporal sequences and temporal events occurring with respect to the target; determining a presence of one or more markers within the set of temporal sequences and temporal events that are indicative of malware, the presence of the one or more markers being detected by a rule of the domain specific language, wherein at least one of the markers is based on (a) URLs visited or pages containing predetermined content, (b) the presence or absence of predetermined HTTP headers or their values, (c) the presence of predetermined Javascripts or classes of Javascripts, or (d) the detection of an attempt to download predetermined binaries with a known signature; and identifying the target as being associated with malware based on the presence of one or more markers. applying a domain specific language to a target to be analyzed for malware, the domain specific language comprising rules to identify malware, the domain specific language utilized to detect malware associated with the target; wherein the rules of the domain specific language include rules based on observed temporal sequences and temporal events; observing the behavior of the target, by collecting a set of temporal sequences and temporal events occurring with respect to the target; determining a presence of one or more markers within the set of temporal sequences and temporal events that are indicative of malware, the presence of the one or more markers being detected by a rule of the domain specific language, wherein at least one of the markers is based on (a) URLs visited or pages containing predetermined content, (b) the presence or absence of predetermined HTTP headers or their values, (c) the presence of predetermined Javascripts or classes of Javascripts, or (d) the detection of an attempt to download predetermined binaries with a known signature; and identifying the target as being associated with malware based on the presence of one or more markers.