mhurhangee/patent-ind-claim-en huggingface dataset:
A method for adjusting an estimated value of the height of the center of gravity (HCOG) of a vehicle V, comprising a front axle and a rear axle, said method comprising the steps of: a) Determining a slippage rate (RF) for the wheels of a front axle and a slippage rate (RR) for the wheels of a rear axle during a braking period, b) Deducing from the slippage rates (RF, RR) determined in step a), a reference value (ΔNref) corresponding to the difference between the normal force (NF) applied to the wheels of said front axle and the normal force (NR) applied to the wheels of said rear axle, using parameters independent from the value of the height of the center of gravity (HCOG), c) Determining the difference (ΔN) between the normal forces applied to the wheels of the front axle and the normal forces applied to the wheels of the rear axle, using a variable parameter (YG), related to the height of the gravity center, d) Comparing the difference (ΔN) determined in step c) with the reference value (ΔNref) determined in step b). e) If necessary, adjusting the variable parameter (YG), f) Adjusting the value of the height of the center of gravity (HCOG) according to the variable parameter (YG) determined in step e). a) Determining a slippage rate (RF) for the wheels of a front axle and a slippage rate (RR) for the wheels of a rear axle during a braking period, b) Deducing from the slippage rates (RF, RR) determined in step a), a reference value (ΔNref) corresponding to the difference between the normal force (NF) applied to the wheels of said front axle and the normal force (NR) applied to the wheels of said rear axle, using parameters independent from the value of the height of the center of gravity (HCOG), c) Determining the difference (ΔN) between the normal forces applied to the wheels of the front axle and the normal forces applied to the wheels of the rear axle, using a variable parameter (YG), related to the height of the gravity center, d) Comparing the difference (ΔN) determined in step c) with the reference value (ΔNref) determined in step b). e) If necessary, adjusting the variable parameter (YG), f) Adjusting the value of the height of the center of gravity (HCOG) according to the variable parameter (YG) determined in step e).
A displaceable material processing head , comprising: a support base ; a plurality of tool mounting blocks mounted on an outer surface of the support base, each mounting block having a base surface and a tool mounting surface intersecting the base surface, the base surface having a protuberance extending away therefrom and spaced apart from the tool mounting surface to define a tool receiving gap between the protuberance and the tool mounting surface; and a plurality of tools for material processing each retained in a respective one of the mounting blocks, each tool having a base section and a processing section extending from the base section, the base section being snugly received in the tool receiving gap of the respective one of the mounting blocks between the tool mounting surface and the protuberance and abutting the tool mounting surface, the processing section extending past the protuberance; the base section of each tool having a rear surface abutted to the tool mounting surface of the respective one of the mounting blocks, the tool mounting surface being concave, and the rear mounting surface being convex. a support base ; a plurality of tool mounting blocks mounted on an outer surface of the support base, each mounting block having a base surface and a tool mounting surface intersecting the base surface, the base surface having a protuberance extending away therefrom and spaced apart from the tool mounting surface to define a tool receiving gap between the protuberance and the tool mounting surface; and a plurality of tools for material processing each retained in a respective one of the mounting blocks, each tool having a base section and a processing section extending from the base section, the base section being snugly received in the tool receiving gap of the respective one of the mounting blocks between the tool mounting surface and the protuberance and abutting the tool mounting surface, the processing section extending past the protuberance; the base section of each tool having a rear surface abutted to the tool mounting surface of the respective one of the mounting blocks, the tool mounting surface being concave, and the rear mounting surface being convex.
A prosthesis fastener applier comprising: a handle containing a motor and a control circuit ; a plurality of input controls connected to the handle and communicatively connected to the control circuit; and a fastener delivery shaft comprising: a fastener cartridge comprising a plurality of internal threads configured to receive a plurality of helical fasteners in stacked relationship; a driver shaft operatively connected to the motor, disposed within the fastener cartridge, and configured to pass through respective inner diameters of the helical fasteners, wherein the control circuit is configured to control the motor in response to signals from one or more of the input controls to rotate the driver shaft to cause one or more of the helical fasteners to be advanced axially relative to the fastener cartridge, wherein the fastener delivery shaft further comprises a plurality of cylindrically shaped projections proximal of the fastener cartridge, the plurality of projections arranged only along a neutral axis of the fastener delivery shaft and adapted to correspond with a pitch of the one or more of the helical fasteners to allow for reception and passage of the one or more fasteners therealong. a handle containing a motor and a control circuit ; a plurality of input controls connected to the handle and communicatively connected to the control circuit; and a fastener delivery shaft comprising: a fastener cartridge comprising a plurality of internal threads configured to receive a plurality of helical fasteners in stacked relationship; a driver shaft operatively connected to the motor, disposed within the fastener cartridge, and configured to pass through respective inner diameters of the helical fasteners, a fastener cartridge comprising a plurality of internal threads configured to receive a plurality of helical fasteners in stacked relationship; a driver shaft operatively connected to the motor, disposed within the fastener cartridge, and configured to pass through respective inner diameters of the helical fasteners, wherein the control circuit is configured to control the motor in response to signals from one or more of the input controls to rotate the driver shaft to cause one or more of the helical fasteners to be advanced axially relative to the fastener cartridge, wherein the fastener delivery shaft further comprises a plurality of cylindrically shaped projections proximal of the fastener cartridge, the plurality of projections arranged only along a neutral axis of the fastener delivery shaft and adapted to correspond with a pitch of the one or more of the helical fasteners to allow for reception and passage of the one or more fasteners therealong.
Lighting device for a motor vehicle producing a determined lighting function, the device comprising - a first lighting module projecting at least one first matrix of first independently activatable juxtaposed light pixels , the first light pixels being arranged in several vertical columns and in at least one transverse row of determined height (Dh), - a second lighting module projecting a second matrix of second independently activatable juxtaposed light pixels , the second light pixels being arranged in at least one transverse row , the second matrix being superposed with the first matrix with a vertical offset by a vertical offset distance (P) less than said determined height (Dh) relative to the first light pixels of the first matrix , the offset being defined in relation to a "non-offset" position of superposition in which at least the bottom end transverse edge of the second matrix is vertically superposed with the bottom end transverse edge of the first matrix , characterized in that each light pixel of the first matrix and of the second matrix has a height less than 2°. - a first lighting module projecting at least one first matrix of first independently activatable juxtaposed light pixels , the first light pixels being arranged in several vertical columns and in at least one transverse row of determined height (Dh), - a second lighting module projecting a second matrix of second independently activatable juxtaposed light pixels , the second light pixels being arranged in at least one transverse row , the second matrix being superposed with the first matrix with a vertical offset by a vertical offset distance (P) less than said determined height (Dh) relative to the first light pixels of the first matrix , the offset being defined in relation to a "non-offset" position of superposition in which at least the bottom end transverse edge of the second matrix is vertically superposed with the bottom end transverse edge of the first matrix , characterized in that each light pixel of the first matrix and of the second matrix has a height less than 2°.
LDPC encoder (low-density parity-check encoder) configured to encode signals using an LDPC code, characterised in that it supports a control matrix represented by a Tanner bipartite graph composed of 128 variable nodes of the graph and 64 constraint nodes of the graph, the graph being such that: - each of the constraint nodes of the graph is connected to precisely 7 variable nodes of the graph; - each of the cycles of the graph has a length which is greater than or equal to 6; wherein the Tanner bipartite graph is a graph derived from a protograph , the protograph comprising 8 variable nodes of the protograph , each variable node of the protograph being a group of 16 variable nodes of the graph and 4 constraint nodes of the protograph , each constraint node of the protograph being a group of 16 constraint nodes of the graph, wherein each constraint node of the protograph is connected to 7 of the variable nodes of the protograph according to a matrix, each constraint node being represented by a row of the matrix, each variable node being represented by a column of the matrix, each cell of the matrix, defined on a row and a column, comprising the value 1 when the variable node represented by the row of the cell and the constraint node represented by the column of the cell are connected, and the value 0 otherwise, the matrix being defined by the values: 1 1 1 1 0 1 1 1 1 1 1 1 1 0 1 1 1 1 1 1 1 1 0 1 1 1 1 1 1 1 1 0 the LDPC encoder being characterised in that the minimum distance of the code is equal to 14. - each of the constraint nodes of the graph is connected to precisely 7 variable nodes of the graph; - each of the cycles of the graph has a length which is greater than or equal to 6;
A urinary catheter set, comprising: a collection bag and a urinary catheter ; the catheter being inside the collection bag, the collection bag being configured as a package for the set, and the collection bag is the only package for the set, wherein the collection bag further comprises a first and second extension, which do not define an interior space of the collection bag, the first and second extension configured to be folded to form a cavity without an interior space of the collection bag being folded. a collection bag and a urinary catheter ; the catheter being inside the collection bag, the collection bag being configured as a package for the set, and the collection bag is the only package for the set, wherein the collection bag further comprises a first and second extension, which do not define an interior space of the collection bag, the first and second extension configured to be folded to form a cavity without an interior space of the collection bag being folded.
A method for wireless communication, comprising: receiving , by a user equipment, UE, a user service description, USD, as part of a user service discovery procedure associated with a multimedia broadcast multicast service, the USD comprising template information that identifies a template for generating a plurality of uniform resource identifiers, URIs, for accessing media content; determining, by the UE, that a server-provided update to a playlist file is absent, the playlist file comprising a first URI of the plurality of URIs for accessing a first portion of the media content; generating , by the UE and based on the template, one or more subsequent URIs of the plurality of URIs for accessing one or more subsequent portions of the media content in response to determining that the server-provided update to the playlist file is absent; and storing , by the UE, the generated subsequent one or more URIs in the playlist file. receiving , by a user equipment, UE, a user service description, USD, as part of a user service discovery procedure associated with a multimedia broadcast multicast service, the USD comprising template information that identifies a template for generating a plurality of uniform resource identifiers, URIs, for accessing media content; determining, by the UE, that a server-provided update to a playlist file is absent, the playlist file comprising a first URI of the plurality of URIs for accessing a first portion of the media content; generating , by the UE and based on the template, one or more subsequent URIs of the plurality of URIs for accessing one or more subsequent portions of the media content in response to determining that the server-provided update to the playlist file is absent; and storing , by the UE, the generated subsequent one or more URIs in the playlist file.
A method, comprising: receiving , by a coexistence node in a secondary user network , said coexistence node being connected to a coexistence manager , from a device in the secondary user network or another coexisting secondary user network , information on network properties of the another coexisting secondary user network which is not connected to the coexistence manager , and sending an upload message, by the coexistence node to the coexistence manager , the upload message comprising for a secondary user database at least said information on network properties. receiving , by a coexistence node in a secondary user network , said coexistence node being connected to a coexistence manager , from a device in the secondary user network or another coexisting secondary user network , information on network properties of the another coexisting secondary user network which is not connected to the coexistence manager , and sending an upload message, by the coexistence node to the coexistence manager , the upload message comprising for a secondary user database at least said information on network properties.
A replacement heart valve implant , comprising: an expandable anchor member ; a plurality of valve leaflets disposed within the anchor member ; a seal member disposed about a distal portion of the anchor member ; one or more whip sutures attaching a distal end of the seal member to a distal end of the plurality of valve leaflets at a joint ; one or more distal lashing sutures attaching a distal portion of the seal member to a distal end of the anchor member ; and a plurality of proximal lashing sutures attaching a proximal portion of the seal member to the distal portion of the anchor member ; wherein the one or more distal lashing sutures does not extend through the seal member , wherein the one or more distal lashing sutures directly attach the one or more whip sutures to the distal end of the anchor member . an expandable anchor member ; a plurality of valve leaflets disposed within the anchor member ; a seal member disposed about a distal portion of the anchor member ; one or more whip sutures attaching a distal end of the seal member to a distal end of the plurality of valve leaflets at a joint ; one or more distal lashing sutures attaching a distal portion of the seal member to a distal end of the anchor member ; and a plurality of proximal lashing sutures attaching a proximal portion of the seal member to the distal portion of the anchor member ; wherein the one or more distal lashing sutures does not extend through the seal member , wherein the one or more distal lashing sutures directly attach the one or more whip sutures to the distal end of the anchor member .
A method for assigning communication resources to a plurality of communication devices (CM1 to CM4) for communication over a shared cable plant, wherein the method comprises assigning first frequency carriers in a first communication frequency range (FLOW) for downstream communication and second frequency carriers in a second communication frequency range (FHIGH) disjoint from the first frequency range for upstream communication to a first part (CM1; CM2) of the plurality of communication devices, and assigning the second frequency carriers for downstream communication and the first frequency carriers for upstream communication to a second part (CM3; CM4) of the plurality of communication devices, and the method being characterized in that the method further comprises, if a first communication device (CM1) and a second communication device (CM2) out of the plurality of communication devices have been characterized as highly-interfering communication devices, assigning the first and second communication devices to the same part of communication devices.
Safety belt webbing for a vehicle, comprising a fabric of interlaced warp threads and weft threads , characterised in that the fabric is at least partially formed in such a way that it is at least 6-bonded in the weave repeat, preferably 8-bonded, wherein the term "bonded" defines the number of warp threads and weft threads or weft inserts in the weave repeat, thus, for example, a 6-bonded weave repeat has 6 warp threads and 6 weft threads and that a) the weave repeat comprises at least four, preferably six, crossing points with the weft threads for each warp thread , the crossing points being those weave points which result between the said warp thread and the weft threads when the warp thread changes from a warp high to a warp low or vice versa within the weave repeat; and b) within the weave repeat, the maximum warp float per warp thread is above two weft threads and the maximum warp drop is below two weft threads ; and c) within the weave repeat per warp thread , in addition to the warp flotation, there is at least one warp lift above one weft thread and at least one warp drop below one weft thread . a) the weave repeat comprises at least four, preferably six, crossing points with the weft threads for each warp thread , the crossing points being those weave points which result between the said warp thread and the weft threads when the warp thread changes from a warp high to a warp low or vice versa within the weave repeat; and b) within the weave repeat, the maximum warp float per warp thread is above two weft threads and the maximum warp drop is below two weft threads ; and c) within the weave repeat per warp thread , in addition to the warp flotation, there is at least one warp lift above one weft thread and at least one warp drop below one weft thread .
Rotary slide valve of a motor vehicle cooling circuit, comprising - a valve housing , - a control body movably arranged in the valve housing and having a cylindrical outer contour , wherein, by movement of the control body , it is possible to adjust a flow section between a first valve port and a second valve port arranged perpendicular to a valve longitudinal axis (A1) of the control body , and - a sealing unit set on the outer contour of the control body within the second valve port , wherein the sealing unit comprises a sealing element for slidable sealing, a support element for supporting at least the sealing element , and a spring element for the axial pretensioning of the sealing element , wherein the sealing element rests against the outer contour of the control body by an axial sealing end face facing the regulating body , and the carrier element rests against the sealing element by an axial end facing to the control body and rests on the spring element by second axial end facing away from the control body , characterized in that the sealing element has an axial fastening portion extending through an axial receptacle of the carrier element formed as a bore, groove or undercut in the support element , and via which the sealing element is fastened to the support element, the axial receptacle of the support element being formed corresponding to the fastening portion of the sealing element . - a valve housing , - a control body movably arranged in the valve housing and having a cylindrical outer contour , wherein, by movement of the control body , it is possible to adjust a flow section between a first valve port and a second valve port arranged perpendicular to a valve longitudinal axis (A1) of the control body , and - a sealing unit set on the outer contour of the control body within the second valve port ,
A trigger sprayer selectively connectable to a fluid carrying container and comprising: a body including a flow passage for the fluid, the flow passage terminating at a proximal end of the body proximate to a first engagement member which is a post having an outer surface with a plurality of flats (38a-d) distributed around a portion where the post connects to the body ; and a nozzle connected to the proximal end and including a second engagement member which is a sleeve formed in the centre of an inner block of the nozzle and having a generally cylindrical shape and an inner surface including a plurality of flats (34a-d); wherein the first and second engagement members cooperate to allow movement of the nozzle relative to the body between a first position and a second position, with a region of increased resistance to movement provided by the shape of the first engagement member relative to the shape of the second engagement member. a body including a flow passage for the fluid, the flow passage terminating at a proximal end of the body proximate to a first engagement member which is a post having an outer surface with a plurality of flats (38a-d) distributed around a portion where the post connects to the body ; and a nozzle connected to the proximal end and including a second engagement member which is a sleeve formed in the centre of an inner block of the nozzle and having a generally cylindrical shape and an inner surface including a plurality of flats (34a-d); wherein the first and second engagement members cooperate to allow movement of the nozzle relative to the body between a first position and a second position, with a region of increased resistance to movement provided by the shape of the first engagement member relative to the shape of the second engagement member.