mhurhangee/patent-ind-claim-en huggingface dataset:
A heel retainer for a ski binding, namely a combined downhill and touring binding, wherein the ski binding comprises: (a) a base ; (b) an automatic heel mechanism comprising a tensing device featuring a sole retainer and a connecting structure which connects the tensing device to the base ; (c) a first and an additional, second climbing aid , wherein the first climbing aid supports a user's boot at a first climbing angle, and the second climbing aid supports the boot at a second climbing angle, wherein the second climbing angle is greater than the first climbing angle; (d) a ski brake ; and (e) a pedal which can be moved from a first position, in which the ski brake protrudes downwards from the ski and exerts a braking effect, to a second position in which the ski brake lies next to the ski and exhibits no braking effect, (f) wherein the heel retainer comprises a latch for the ski brake , by means of which the ski brake can be latched in the second position, (g) wherein the connecting structure is connected to the base such that it can be pivoted about an axis, characterised in that (h) the two climbing aids are connected to the automatic heel mechanism such that they can be pivoted in a common joint . (a) a base ; (b) an automatic heel mechanism comprising a tensing device featuring a sole retainer and a connecting structure which connects the tensing device to the base ; (c) a first and an additional, second climbing aid , wherein the first climbing aid supports a user's boot at a first climbing angle, and the second climbing aid supports the boot at a second climbing angle, wherein the second climbing angle is greater than the first climbing angle; (d) a ski brake ; and (e) a pedal which can be moved from a first position, in which the ski brake protrudes downwards from the ski and exerts a braking effect, to a second position in which the ski brake lies next to the ski and exhibits no braking effect, (f) wherein the heel retainer comprises a latch for the ski brake , by means of which the ski brake can be latched in the second position, (g) wherein the connecting structure is connected to the base such that it can be pivoted about an axis, characterised in that (h) the two climbing aids are connected to the automatic heel mechanism such that they can be pivoted in a common joint .
A device for a motor vehicle , preferably a utility vehicle, comprising: an energy storage , preferably a traction battery or a fuel tank; a crash structure which is profiled, covers an outer side of the energy storage in a protective manner and is configured to deform in a predetermined manner with energy dissipation in the event of an impact, wherein the device is characterized in that it further comprises: a first covering member which is strip-shaped, covers an upper strip-shaped section of an outer side of the crash structure facing away from the energy storage , and comprises a planar outer side facing away from the crash structure ; and a second covering member , which is strip-shaped, covers a lower strip-shaped section of the outer side of the crash structure and comprises a planar outer side facing away from the crash structure . an energy storage , preferably a traction battery or a fuel tank; a crash structure which is profiled, covers an outer side of the energy storage in a protective manner and is configured to deform in a predetermined manner with energy dissipation in the event of an impact, a first covering member which is strip-shaped, covers an upper strip-shaped section of an outer side of the crash structure facing away from the energy storage , and comprises a planar outer side facing away from the crash structure ; and a second covering member , which is strip-shaped, covers a lower strip-shaped section of the outer side of the crash structure and comprises a planar outer side facing away from the crash structure .
A processing apparatus comprising: a host central processing unit (CPU) to execute a shadow thread of a library; a graphics processing unit (GPU) coupled to the host CPU, the host CPU and the GPU to share access to a shared virtual address space , the shadow thread to synchronize access to the shared virtual address space; means adapted to configure the shadow thread to synchronize access between a parent thread to execute on the host CPU and a worker thread to execute on the GPU via an acquire operation and a release operation in the shared virtual address space, the acquire operation and release operation to be performed in response to a request received from the worker thread, by using control and synchronization messages sent to a small operating system (pOS, 30), running on the GPU, that is responsible for GPU exceptions. a host central processing unit (CPU) to execute a shadow thread of a library; a graphics processing unit (GPU) coupled to the host CPU, the host CPU and the GPU to share access to a shared virtual address space , the shadow thread to synchronize access to the shared virtual address space; means adapted to configure the shadow thread to synchronize access between a parent thread to execute on the host CPU and a worker thread to execute on the GPU via an acquire operation and a release operation in the shared virtual address space, the acquire operation and release operation to be performed in response to a request received from the worker thread, by using control and synchronization messages sent to a small operating system (pOS, 30), running on the GPU, that is responsible for GPU exceptions.
Process for manufacturing a silicone elastomer article comprising the following step: 1) providing a composition C, comprising water and at least 20% by weight of at least one poloxamer, into a container; 2) placing the container comprising the composition C at the required temperature T1 to form a gel ; 3) printing a crosslinkable silicone composition X into the gel obtained in 2) with a 3D printer at the required temperature T1; 4) optionally allowing the printed composition X to partially or totally crosslink, optionally by heating, to obtain a silicone elastomer article, in the container; 5) optionally placing the container obtained in step 4) at a temperature T3 lower than the sol-gel transition temperature of composition C; 6) recovering the silicone elastomer article; and 7) optionally washing the obtained silicone elastomer article for example with water at a temperature T3 lower than the sol-gel transition temperature of composition C. 1) providing a composition C, comprising water and at least 20% by weight of at least one poloxamer, into a container; 2) placing the container comprising the composition C at the required temperature T1 to form a gel ; 3) printing a crosslinkable silicone composition X into the gel obtained in 2) with a 3D printer at the required temperature T1; 4) optionally allowing the printed composition X to partially or totally crosslink, optionally by heating, to obtain a silicone elastomer article, in the container; 5) optionally placing the container obtained in step 4) at a temperature T3 lower than the sol-gel transition temperature of composition C; 6) recovering the silicone elastomer article; and 7) optionally washing the obtained silicone elastomer article for example with water at a temperature T3 lower than the sol-gel transition temperature of composition C.
A polyalkyl(meth)acrylate based comb polymer, comprising the following monomers: (a) 10 to 25% by weight of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; and (b) 0.5% to 11% by weight of C 4-18 alkyl acrylates. (a) 10 to 25% by weight of esters of (meth)acrylic acid and a hydroxylated hydrogenated polybutadiene; and (b) 0.5% to 11% by weight of C 4-18 alkyl acrylates.
A device for generating compressed air for an internal combustion engine for a motor vehicle, in particular a utility vehicle, having: multiple gas exchange valves for the feed of combustion air to a cylinder unit of the internal combustion engine and the discharge of exhaust gas from the cylinder unit ; an additional valve for the extraction of compressed air from the cylinder unit ; and a valve drive which is operatively connected to at least one inlet valve of the multiple gas exchange valves for the purposes of actuating the at least one inlet valve and which is operatively connected to the additional valve for the purposes of actuating the additional valve , characterized in that the additional valve is actuated by an inlet valve rocker lever, an inlet valve finger-type rocker or an inlet valve tappet. multiple gas exchange valves for the feed of combustion air to a cylinder unit of the internal combustion engine and the discharge of exhaust gas from the cylinder unit ; an additional valve for the extraction of compressed air from the cylinder unit ; and a valve drive which is operatively connected to at least one inlet valve of the multiple gas exchange valves for the purposes of actuating the at least one inlet valve and which is operatively connected to the additional valve for the purposes of actuating the additional valve , characterized in that the additional valve is actuated by an inlet valve rocker lever, an inlet valve finger-type rocker or an inlet valve tappet.
An article conveying device including a conveyer for conveying an article and moving means for moving the conveyer , wherein: driving means for driving the conveyer is provided separately from the conveyer , and a driving shaft rotated by the driving means , a driving magnet (MA) rotated by a driving force of the driving shaft , a driven magnet (MB) provided on the conveyer and to which rotation is transmitted from the driving magnet (MA) by a magnetic force in a non-contact manner, and an input shaft rotated together with the driven magnet (MB) and driving the conveyer are provided; and a plurality of the driven magnets (MB) is provided along a moving direction of the conveyer by the moving means , and an interval between the plurality of driven magnets (MB) is matched with a moving distance of the conveyer by the moving means , and wherein the conveyer is disposed inside a work space , the driving means is disposed outside the work space , the driving shaft is provided so as to penetrate an isolating member forming the work space , and the driving magnet (MA) and the driven magnet (MB) are provided inside the work space , characterized in that provided in the work space are: a work conveyer suitable to extend from a work position and to transfer articles , the conveyer as conveying means for conveying the articles between the work conveyer and a placing conveyer , and the moving means for moving the conveyer . driving means for driving the conveyer is provided separately from the conveyer , and a driving shaft rotated by the driving means , a driving magnet (MA) rotated by a driving force of the driving shaft , a driven magnet (MB) provided on the conveyer and to which rotation is transmitted from the driving magnet (MA) by a magnetic force in a non-contact manner, and an input shaft rotated together with the driven magnet (MB) and driving the conveyer are provided; and a plurality of the driven magnets (MB) is provided along a moving direction of the conveyer by the moving means , and an interval between the plurality of driven magnets (MB) is matched with a moving distance of the conveyer by the moving means , and wherein the conveyer is disposed inside a work space , the driving means is disposed outside the work space , the driving shaft is provided so as to penetrate an isolating member forming the work space , and the driving magnet (MA) and the driven magnet (MB) are provided inside the work space , characterized in that provided in the work space are: a work conveyer suitable to extend from a work position and to transfer articles , the conveyer as conveying means for conveying the articles between the work conveyer and a placing conveyer , and the moving means for moving the conveyer . a work conveyer suitable to extend from a work position and to transfer articles , the conveyer as conveying means for conveying the articles between the work conveyer and a placing conveyer , and the moving means for moving the conveyer .
User equipment for a Radio Access Network, the user equipment being adapted for communicating utilising a first transmission timing structure comprising a first number of symbols, and for communicating utilising a second transmission timing structure comprising a second number of symbols, the user equipment further being adapted for receiving first signaling based on the first transmission timing structure and for transmitting acknowledgement signaling pertaining to the first signaling based on the second transmission timing structure on a Physical Uplink Control Channel, PUCCH: wherein transmitting the acknowledgement signaling is started at a starting symbol of the second transmission timing structure and extends over more than one symbol, the starting symbol being determined based on a configuration of the user equipment indicating a starting symbol pattern; the starting symbol pattern indicating a plurality of symbols available for starting transmission of acknowledgement signaling in the second transmission timing structure; and the starting symbol of the acknowledgement signaling being configured to the user equipment with configuration data received by the user equipment , the configuration data instructing which one of the symbols of the starting symbol pattern to use as the starting symbol. the starting symbol pattern indicating a plurality of symbols available for starting transmission of acknowledgement signaling in the second transmission timing structure; and the starting symbol of the acknowledgement signaling being configured to the user equipment with configuration data received by the user equipment , the configuration data instructing which one of the symbols of the starting symbol pattern to use as the starting symbol.
Processing system having a polar structure for planar substrates, ∘ having a central base module with a vacuum transfer chamber for the substrates , ∘ having process stations which are arranged in a polar manner with respect to the base module and are to be connected circumferentially to the vacuum transfer chamber so as to provide a delimitation with respect to the surroundings of the base module , ∘ having a handling device for the substrates accommodated by the vacuum transfer chamber , ∘ having a central rotary support lying in the central region of the base module , and ∘ having a vacuum transfer chamber which is to be positioned in a sealingly connected manner in connection positions with respect to the process stations , which are spaced apart radially from the rotary support and are grouped around the base module , wherein the vacuum transfer chamber has a passage opening through which the handling device can reach and which can be shutoff via a switchable coupling valve, characterized in that the vacuum transfer chamber is carried eccentrically with respect to the base module via the central rotary support so as to be radially and height-adjustably freely pivotable in space. ∘ having a central base module with a vacuum transfer chamber for the substrates , ∘ having process stations which are arranged in a polar manner with respect to the base module and are to be connected circumferentially to the vacuum transfer chamber so as to provide a delimitation with respect to the surroundings of the base module , ∘ having a handling device for the substrates accommodated by the vacuum transfer chamber , ∘ having a central rotary support lying in the central region of the base module , and ∘ having a vacuum transfer chamber which is to be positioned in a sealingly connected manner in connection positions with respect to the process stations , which are spaced apart radially from the rotary support and are grouped around the base module ,
Method (V1) for inspecting a continuously moving chip cake that is supplied to a continuous pressing installation on a steel belt in order to produce chipboard, characterized in that , - in a first step (S11), a topography (T) of the chip cake is measured continuously along a measurement profile (P) of the chip cake transverse to the transport direction (R3) of the chip cake on the steel belt using a distance measuring method, and - in a second step (S12), the measured topography (T) of the profile (P) of the chip cake or the measured topography (T) of the profile (P) extrapolated onto a profile (P0) transverse and in particular vertical to the transport direction (R3) of the chip cake is displayed, as a first display (A1), on a monitor, and - in a third step (S13), a comparison is performed between the measured topography (T) of the profile (P) of the chip cake or the measured topography (T) of the profile (P) extrapolated onto a profile (P0) transverse and in particular vertical to the transport direction (R3) of the chip cake and a predetermined topography and/or at least one stored topography and/or a predetermined optimum thickness (D) and/or a predetermined tolerance range (ΔT). - in a first step (S11), a topography (T) of the chip cake is measured continuously along a measurement profile (P) of the chip cake transverse to the transport direction (R3) of the chip cake on the steel belt using a distance measuring method, and - in a second step (S12), the measured topography (T) of the profile (P) of the chip cake or the measured topography (T) of the profile (P) extrapolated onto a profile (P0) transverse and in particular vertical to the transport direction (R3) of the chip cake is displayed, as a first display (A1), on a monitor, and - in a third step (S13), a comparison is performed between the measured topography (T) of the profile (P) of the chip cake or the measured topography (T) of the profile (P) extrapolated onto a profile (P0) transverse and in particular vertical to the transport direction (R3) of the chip cake and a predetermined topography and/or at least one stored topography and/or a predetermined optimum thickness (D) and/or a predetermined tolerance range (ΔT).
A gelatin derivative represented by formula or a crosslinked product of the gelatin derivative: wherein Gltn represents a gelatin residue; L represents a single bond or a divalent linking group; R 1 and R 2 are each independently a hydrocarbon group having 1 to 20 carbon atoms, or a hydrogen atom, provided that at least one selected from the group consisting of R 1 and R 2 is the hydrocarbon group; for use in treating a peripheral artery disease.
A hydraulic disc coupling for an AWD vehicle, the coupling having means (29-34) for supplying cooling and lubricating oil to a disc package of the coupling, said means including a shut-off valve for shutting-off said supply at will, characterized in that the shut-off valve comprises an axially movable valve slide , provided with a transverse valve flange for cooperation with a fixed valve seat , the slide being actuatable in a closing direction by spring force and in an opening direction by a hydraulically operated ball , having an actuation end position in a sealing ball seat .
Current sensor, comprising a housing of plastic, a current conductor with integrally shaped first and second electrical terminals , through which a current to be measured is supplied and discharged, third electrical terminals , a semiconductor chip having an active surface with at least one magnetic field sensor , which is sensitive to a component of the magnetic field generated by the current flowing through the current conductor running perpendicularly to the active surface of the semiconductor chip , wherein the first and second electrical terminals are arranged at a first side of the housing and the third electrical terminals are arranged at a side of the housing opposite to the first side, wherein the active surface of the semiconductor chip faces the current conductor and electrical connection surfaces of the semiconductor chip are connected with the third electrical terminals by first bumps , characterized in that the current conductor is U-shaped wherein the U is formed from three sections, namely a first section which comprises the first electrical terminals , a second elongated section with parallel edges , and a third section which comprises the second electrical terminals , wherein the current conductor has everywhere a relatively large width to reduce its electrical resistance to a lowest possible value, in that the semiconductor chip is arranged approximately symmetrically with respect to a longitudinal axis of the current conductor in the second section, and in that the semiconductor chip has second bumps which are electrically isolated from the active surface of the semiconductor chip by an insulation layer and rest on the current conductor or on projections formed integrally to the current conductor .
Fill level measurement device for determining the position of a fill level and/or a separating layer in a container , the fill level measurement device comprising: an echo curve detection unit for detecting an echo curve; an echo identification unit for identifying at least two echoes in the echo curve; a speed detection unit for detecting speed values of the at least two echoes; wherein the fill level measurement device is configured to postulate one of the identified echoes to be the fill level echo and so as to carry out an echo classification of the at least two echoes, taking into account a sign of a ratio of the detected speed values, wherein the echo classification comprises a classification of at least one additional identified echo and a calculation of the corresponding probabilities of a correct classification; and wherein the echo classification assigns at least two of the identified echoes of the echo curve to a feature class selected from a group comprising the feature classes bottom echo, multiple echo, anti-correlation echo and filling material echo; wherein the fill level measurement device further comprises a statistics unit for evaluating statistical properties of a shared characteristic of at least two echoes, the shared characteristic being a ratio of the detected speed values of two of the at least two echoes; and wherein the fill level measurement device is configured for carrying out the echo classification of at least two echoes as a result of the evaluation of the statistical properties of the shared characteristics of identified echoes. an echo curve detection unit for detecting an echo curve; an echo identification unit for identifying at least two echoes in the echo curve; a speed detection unit for detecting speed values of the at least two echoes; wherein the fill level measurement device is configured to postulate one of the identified echoes to be the fill level echo and so as to carry out an echo classification of the at least two echoes, taking into account a sign of a ratio of the detected speed values, wherein the echo classification comprises a classification of at least one additional identified echo and a calculation of the corresponding probabilities of a correct classification; and wherein the echo classification assigns at least two of the identified echoes of the echo curve to a feature class selected from a group comprising the feature classes bottom echo, multiple echo, anti-correlation echo and filling material echo; wherein the fill level measurement device further comprises a statistics unit for evaluating statistical properties of a shared characteristic of at least two echoes, the shared characteristic being a ratio of the detected speed values of two of the at least two echoes; and wherein the fill level measurement device is configured for carrying out the echo classification of at least two echoes as a result of the evaluation of the statistical properties of the shared characteristics of identified echoes.