mhurhangee/ep-ind-claims huggingface dataset:
A fixation device for bone fractures, comprising a plurality of clamping elements and at least two fixing means, preferably cortical screws, which can be inserted into the bone in the region of the ends of a fracture, wherein by a combination of several clamping elements said clamping elements can be arranged to form a chain or in a star-shaped manner or in any other combination of chain-shaped and star-shaped arrangements; each clamping element from the plurality of clamping elements comprises a closed contoured body which has a substantially hollow cross-section and is enclosed by a peripheral wall, which is in particular of a substantially constant thickness, comprising: two opposite receiving portions at end faces of said contoured body, said receiving portions being intended for receiving fixing means, and two lateral flanks having angled portions, wherein the peripheral wall of the contoured body is resiliently deformable at least in sections in the region of the receiving portions on the end faces of the same and in the region of the lateral angled portions, a defined resilient behaviour of the clamping element is impressed via the angled portions in such a way that a predetermined tension can be generated between the receiving portions, the fixing means can be pushed through the contoured body, characterized in that the receiving portions on the end faces are formed such that they do not enclose the fixing means, at least one clamping sleeve and/or one sleeve element is provided, in which one fixing means, respectively, of the at least two fixing means can be received, and that adjacent clamping elements, which are combined with one another, overlap each other in such a manner that the fixing means, the clamping sleeve or the sleeve element is enclosed by the respective receiving portions on the end faces of the overlapping clamping elements. two opposite receiving portions at end faces of said contoured body, said receiving portions being intended for receiving fixing means, and two lateral flanks having angled portions, wherein
A method for wireless communication performed by an apparatus for wireless communication, comprising: establishing a configuration for communication utilizing a first transmission time interval, TTI, length and a second TTI length that is shorter than the first TTI length; identifying a trigger for a channel state information, CSI, report associated with the second TTI length, wherein the CSI report is associated with a reporting TTI, and wherein the identifying the trigger comprises: receiving a downlink control information, DCI, message associated with the first TTI length comprising an aperiodic CSI reporting trigger in a first TTI; identifying a reference resource for the CSI report, wherein the reference resource comprises a TTI having the second TTI length and is identified based at least in part on a reporting configuration associated with the second TTI length, wherein the reporting configuration comprises a number of TTIs of the second TTI length for which the reference resource precedes the reporting TTI, and wherein the reference resource is further identified to be closest to the reporting TTI while being still prior to physical uplink shared channel, PUSCH, encoding for the CSI report; generating the CSI report based at least in part on the reference resource; and transmitting the CSI report during the reporting TTI and in response to the identified trigger. establishing a configuration for communication utilizing a first transmission time interval, TTI, length and a second TTI length that is shorter than the first TTI length; identifying a trigger for a channel state information, CSI, report associated with the second TTI length, wherein the CSI report is associated with a reporting TTI, and wherein the identifying the trigger comprises: receiving a downlink control information, DCI, message associated with the first TTI length comprising an aperiodic CSI reporting trigger in a first TTI; identifying a reference resource for the CSI report, wherein the reference resource comprises a TTI having the second TTI length and is identified based at least in part on a reporting configuration associated with the second TTI length, wherein the reporting configuration comprises a number of TTIs of the second TTI length for which the reference resource precedes the reporting TTI, and wherein the reference resource is further identified to be closest to the reporting TTI while being still prior to physical uplink shared channel, PUSCH, encoding for the CSI report; generating the CSI report based at least in part on the reference resource; and transmitting the CSI report during the reporting TTI and in response to the identified trigger.
A baby car seat, comprising a seat; a backrest with a lower portion being detachably connected with a rear portion of the seat, the backrest comprising a backrest body and a pair of backrest wings respectively extending forwards from a left end and a right end of the backrest body; a head support detachably connected with an upper portion of the backrest, which comprises a head support body and a pair of head support wings respectively extending forwards from a left side and a right side of the head support body; characterized in that two accommodating holes are opened respectively on a left part and a right part of the backrest body to be used for inserting the corresponding head support wings therein when the head support is accommodated between the two backrest wings, the shape and mutual distance of the two accommodating holes being matched with that of the two head support wings.
A method for making a cooling device, the method comprising: defining a plurality of millichannels (125, 126) on a first layer; forming a substrate, comprising: attaching at a temperature higher than room temperature the first layer having the millichannels to a lower surface of a second layer, and attaching a third layer to an upper surface of the second layer; and attaching the substrate to a base plate so that the first layer is coupled to the base plate, wherein the base plate is configured to cooperate with the substrate to pass a coolant through the millichannels (125, 126); wherein the coefficient of thermal expansion of the second layer is different to that of the first and third layers; and wherein the plurality of millichannels (125,126) are defined in the first layer before the attaching the first layer to the lower surface of the second layer. defining a plurality of millichannels (125, 126) on a first layer; forming a substrate, comprising: attaching at a temperature higher than room temperature the first layer having the millichannels to a lower surface of a second layer, and attaching a third layer to an upper surface of the second layer; and attaching the substrate to a base plate so that the first layer is coupled to the base plate, wherein the base plate is configured to cooperate with the substrate to pass a coolant through the millichannels (125, 126); wherein the coefficient of thermal expansion of the second layer is different to that of the first and third layers; and wherein the plurality of millichannels (125,126) are defined in the first layer before the attaching the first layer to the lower surface of the second layer. attaching at a temperature higher than room temperature the first layer having the millichannels to a lower surface of a second layer, and attaching a third layer to an upper surface of the second layer; and attaching the substrate to a base plate so that the first layer is coupled to the base plate, wherein the base plate is configured to cooperate with the substrate to pass a coolant through the millichannels (125, 126); wherein the coefficient of thermal expansion of the second layer is different to that of the first and third layers; and wherein the plurality of millichannels (125,126) are defined in the first layer before the attaching the first layer to the lower surface of the second layer.
In vitro use of a composition comprising an agent for detecting cells released into blood expressing osteocalcin for diagnosing bone metastasis of cancer.
Lighting and/or signalling device for a motor vehicle comprising: - at least one light source emitting a light beam along a mean lighting axis, - a light guide having an extruded form with an input end situated in the mean lighting axis of the light source, and two opposing lateral faces (13, 14), of which one is a reflection face for reflecting the light and one is an output face for the output of light, - a support which delimits an internal housing for the light guide and which has a front-end wall in which there is provided a window, the output face of the light guide being substantially planar and extending parallel to the outer face of the front-end wall of the support, characterized in that the output face of the light guide is bordered by two flat flanks each forming an obtuse angle with the output face, and in that the window has two lateral edges which extend in inclined planes towards the internal housing parallel to the flanks. - at least one light source emitting a light beam along a mean lighting axis, - a light guide having an extruded form with an input end situated in the mean lighting axis of the light source, and two opposing lateral faces (13, 14), of which one is a reflection face for reflecting the light and one is an output face for the output of light, - a support which delimits an internal housing for the light guide and which has a front-end wall in which there is provided a window, the output face of the light guide being substantially planar and extending parallel to the outer face of the front-end wall of the support,
A method for controlling a linear pump of a vapour recovery system in a fuel dispensing unit, the linear pump being flow controlled by a signal, wherein the method is characterized by: applying a known voltage to a solenoid coil of the linear pump for a predetermined time period, measuring a current consumption of the solenoid coil during the predetermined time period, and adjusting the signal based on the measured current consumption. applying a known voltage to a solenoid coil of the linear pump for a predetermined time period, measuring a current consumption of the solenoid coil during the predetermined time period, and adjusting the signal based on the measured current consumption.
A method, in a Serving Gateway, SGW, for managing a Packet Data Network, PDN, connection for a wireless device in a network triggered service restoration procedure, the method comprising: receiving a modify bearer response, from a PDN Gateway, PGW, during a mobility procedure with a SGW relocation where the SGW is a new SGW, comprising a Delay Tolerance Connection Indicator, DTCI, indicating if communications on an identified PDN connection towards the wireless device can be delayed; storing the DTCI within the SGW; and upon detection of a failure of a mobility management node serving the wireless device, managing the PDN connection, wherein the managing comprises deleting the PDN connection if the DTCI indicates the PDN connection is delay tolerant. receiving a modify bearer response, from a PDN Gateway, PGW, during a mobility procedure with a SGW relocation where the SGW is a new SGW, comprising a Delay Tolerance Connection Indicator, DTCI, indicating if communications on an identified PDN connection towards the wireless device can be delayed; storing the DTCI within the SGW; and upon detection of a failure of a mobility management node serving the wireless device, managing the PDN connection, wherein the managing comprises deleting the PDN connection if the DTCI indicates the PDN connection is delay tolerant.
A formed article comprising a layer that includes a polysilazane compound and a clay mineral, and having a water vapor transmission rate at a temperature of 40°C and a relative humidity of 90% of 6.0 g/m 2 /day or less, wherein the formed article comprises a layer obtained by implanting ions into the layer that includes the polysilazane compound and the clay mineral.
A method for loudness equalization in a playback system, comprising: receiving audio content, and metadata for the audio content, wherein the metadata includes a plurality of dynamic range control, DRC, gain values that have been computed for the audio content; applying an inverse DRC characteristic to the plurality of DRC gain values received in the metadata to compute a plurality of instantaneous loudness values for the audio content, wherein the inverse DRC characteristic is an inverse of a DRC characteristic that was applied to the audio content at an encoding side to produce the DRC gain values; and characterized by deriving a playback level from a user volume setting for the playback system; comparing the playback level with an assigned mixing level that is assigned to the audio content; and computing a plurality of parameters that define an equalization filter by which the received audio content is filtered before driving a speaker in the playback system, wherein the parameters are computed based on 1) the plurality of instantaneous loudness values computed using the inverse DRC characteristic, and 2) the comparing of the playback level with the mixing level. receiving audio content, and metadata for the audio content, wherein the metadata includes a plurality of dynamic range control, DRC, gain values that have been computed for the audio content; applying an inverse DRC characteristic to the plurality of DRC gain values received in the metadata to compute a plurality of instantaneous loudness values for the audio content, wherein the inverse DRC characteristic is an inverse of a DRC characteristic that was applied to the audio content at an encoding side to produce the DRC gain values; and characterized by deriving a playback level from a user volume setting for the playback system; comparing the playback level with an assigned mixing level that is assigned to the audio content; and computing a plurality of parameters that define an equalization filter by which the received audio content is filtered before driving a speaker in the playback system, wherein the parameters are computed based on 1) the plurality of instantaneous loudness values computed using the inverse DRC characteristic, and 2) the comparing of the playback level with the mixing level. deriving a playback level from a user volume setting for the playback system; comparing the playback level with an assigned mixing level that is assigned to the audio content; and computing a plurality of parameters that define an equalization filter by which the received audio content is filtered before driving a speaker in the playback system, wherein the parameters are computed based on 1) the plurality of instantaneous loudness values computed using the inverse DRC characteristic, and 2) the comparing of the playback level with the mixing level. 1) the plurality of instantaneous loudness values computed using the inverse DRC characteristic, and 2) the comparing of the playback level with the mixing level.
A system that integrates pipeline processing into a Service Control Interaction Management, SCIM, entity comprising: a plurality of applications (102, 104, 106), executing on one or more application servers (108, 110, 112), wherein each application server (108, 110, 112) operates on one or more microprocessors; a SCIM, wherein the SCIM is an orchestration engine that is operable to manage activation of the plurality of applications (102, 104, 106) in one or more application chains; wherein each said application chain can include pipeline blocks, each pipeline block comprising two or more back-to-back applications and wherein the two or more of back-to-back applications in a said pipeline block are activated in a same order in a forward and a backwards direction; wherein the SCIM includes initial filter criteria, IFC, which defines the logic that determines an order in which the plurality of applications (102, 104, 106) are executed and further defines which of said applications (102, 104, 106) are grouped in the pipeline block(s); wherein the IFC includes, in an application server element, a unidirectional group extension element associated with a said pipeline block which indicates that the applications which are grouped in the pipeline block are to be executed in the same order in the forward and the backwards direction. a plurality of applications (102, 104, 106), executing on one or more application servers (108, 110, 112), wherein each application server (108, 110, 112) operates on one or more microprocessors; a SCIM, wherein the SCIM is an orchestration engine that is operable to manage activation of the plurality of applications (102, 104, 106) in one or more application chains; wherein each said application chain can include pipeline blocks, each pipeline block comprising two or more back-to-back applications and wherein the two or more of back-to-back applications in a said pipeline block are activated in a same order in a forward and a backwards direction; wherein the SCIM includes initial filter criteria, IFC, which defines the logic that determines an order in which the plurality of applications (102, 104, 106) are executed and further defines which of said applications (102, 104, 106) are grouped in the pipeline block(s); wherein the IFC includes, in an application server element, a unidirectional group extension element associated with a said pipeline block which indicates that the applications which are grouped in the pipeline block are to be executed in the same order in the forward and the backwards direction.
A coil device, comprising: a base; a cover facing the base and forming a receiving space between the base and the cover; a casing disposed inside the receiving space and containing a coil therein; a substrate disposed inside the receiving space and having a through hole passing through the substrate along a facing direction of the base and the cover; and a support portion disposed in the through hole, wherein the support portion has a strength greater than a strength of the substrate, and wherein the support portion has a height greater than a thickness of the substrate, wherein the substrate includes a loop antenna, and the through hole is formed inside the loop antenna when viewed along the facing direction of the base and the cover. a base; a cover facing the base and forming a receiving space between the base and the cover; a casing disposed inside the receiving space and containing a coil therein; a substrate disposed inside the receiving space and having a through hole passing through the substrate along a facing direction of the base and the cover; and a support portion disposed in the through hole, wherein the support portion has a strength greater than a strength of the substrate, and wherein the support portion has a height greater than a thickness of the substrate, wherein the substrate includes a loop antenna, and the through hole is formed inside the loop antenna when viewed along the facing direction of the base and the cover.
A memory controller comprising: a reading unit configured to read read data from a memory cell, the read data including an information bit and reversal information for determining whether or not the information bit has been reversed; an error detection/correction unit configured to detect presence or absence of an error in the information bit and to correct the error; a corrected data reversing unit configured to reverse the information bit that has been corrected by an error detection and correction operation and the reversal information; and a writing unit configured to write the reversed information bit and the reversed reversal information in the memory cell, characterised in a reversed read data error detection/correction unit configured to detect presence or absence of an error in reversed read data obtained by reversing the read data, then correct the error, wherein the reversal information is a redundant bit for detecting the presence or absence of the error and correcting the error, and wherein when only correction of an error in the read data succeeds, the data reversing unit reverses the read data that has the error corrected and supplies the read data as write data, and when only correction of the error in the reversed read data succeeds, the data reversing unit reverses the reversed read data that has the error corrected and supplies the reversed read data as the write data, and the writing unit writes the write data in the memory cell. a reading unit configured to read read data from a memory cell, the read data including an information bit and reversal information for determining whether or not the information bit has been reversed; an error detection/correction unit configured to detect presence or absence of an error in the information bit and to correct the error; a corrected data reversing unit configured to reverse the information bit that has been corrected by an error detection and correction operation and the reversal information; and a writing unit configured to write the reversed information bit and the reversed reversal information in the memory cell, characterised in a reversed read data error detection/correction unit configured to detect presence or absence of an error in reversed read data obtained by reversing the read data, then correct the error, wherein the reversal information is a redundant bit for detecting the presence or absence of the error and correcting the error, and wherein when only correction of an error in the read data succeeds, the data reversing unit reverses the read data that has the error corrected and supplies the read data as write data, and when only correction of the error in the reversed read data succeeds, the data reversing unit reverses the reversed read data that has the error corrected and supplies the reversed read data as the write data, and the writing unit writes the write data in the memory cell.