mhurhangee/patent-ind-claim-en huggingface dataset:
Rubber composition based at least on a diene elastomer, on a 1,3-dipolar compound and on a reinforcing filler, the diene elastomer being obtained by stereospecific polymerization in the presence of a neodymium-based Ziegler-Natta catalytic system, the 1,3-dipolar compound comprising a group Q and a group A connected together by a group B, in which Q comprises a dipole containing at least and preferably one nitrogen atom, A comprises an associative group comprising at least one nitrogen atom and B is an atom or a group of atoms forming a bond between Q and A, characterized in that the composition additionally comprises an acid which is a Lewis acid selected from the group consisting of aluminium oxides, titanium oxides and the compounds M(L) n or a Bronsted acid selected from the group consisting of sulfonic acids, M being boron, magnesium, aluminium, titanium, iron, zinc, indium or ytterbium, L being a monodentate or bidentate ligand, n being an integer ranging from 2 to 4; the group A corresponding to one of the following formulae (I) to (V), preferably to the formula (VI): where: - Ch denotes a carbon chain which can optionally contain heteroatoms, - * represents a direct attachment to B, - R denotes a hydrocarbon group which can optionally contain heteroatoms, - X denotes an oxygen or sulfur atom or an NH group, preferably an oxygen atom. - Ch denotes a carbon chain which can optionally contain heteroatoms, - * represents a direct attachment to B, - R denotes a hydrocarbon group which can optionally contain heteroatoms, - X denotes an oxygen or sulfur atom or an NH group, preferably an oxygen atom.
A washbasin drain, with a first outer magnet provided for transmitting actuating forces, which is arranged outside of a drain pipe and which cooperates with a second magnet , which is arranged within the drain pipe and which is rigidly connected to a cover element , whereby the central axis (MA1) of the cover element , in the completely open as well as in the closed state of the washbasin, is spaced apart in parallel from the central axis (MA2) of the drain pipe at least in a lower section of the drain pipe when in the installed state, whereby a middle section of the drain pipe, which merges into a tubular, upper section of the drain pipe when in the installed state, adjoins the lower section of the drain pipe , whereby, in the middle section an inclined section is formed, which separates the two mutually attracting magnets from one another and which is arranged between the magnets, whereby the first outer magnet can be displaced by means of a pivotable actuating element , characterized in that the outer magnet cooperates with the second magnet , which can be shifted linearly along the inclined section , which provides a sliding surface and, as a result of the cooperation of the first outer magnet with the second magnet , the second magnet is shifted linearly along the inclined section in response to a displacement of the first outer magnet .
A wiper assembly , comprising a wiper arm , a wiper blade , and a coupling device configured to enable connection of the wiper blade to the wiper arm , wherein the coupling device comprises a first part being connected to one of said wiper arm or said wiper blade , and a second part being connected to the other one of said wiper arm or said wiper blade , wherein the first part comprises an engaging section being configured to provide an axial fixation of the first part relative the second part , and at least one recess configured to provide a rotational fixation of the first part relative the second part , and wherein the second part comprises a receiving section configured to receive the engaging section of the first part , characterized in that it comprises a locking device arranged radially outwards of said first part and comprising at least one radial protrusion configured to fit with said recess of the first part , and a wall surrounding said locking device , wherein said wall comprises a constricted section whereby an inner wall of said constricted section is configured to press the radial protrusion radially inwards when the constricted section is axially aligned with the radial protrusion .
Apparatus for detecting properties of a fluid (F) to be examined, comprising a light source for emitting a plurality of light beams (L), of which one of the light beams (L) is a measuring beam which is intended to pass through the fluid (F), and another light beam (L) is a reference beam which is intended to bypass the fluid (F), comprising a movable cover device arranged downstream of the light source , which device is intended to cover the light beams (L) and which is arranged so as to be transferrable between a first position (P1) which exposes the measuring beam and covers the reference beam and a second position (P2) which covers the measuring beam and exposes the reference beam and comprising a light detector arranged downstream of the cover device , the cover device being arranged so as to be transferrable into a third position (P3, P3', P3") in which the light beams (L) emitted by the light source are covered differently in comparison to the first position (P1) and to the second position (P2) of the cover device , whereby an output parameter of the light detector influenced by the light beams (L) in the third position (P3, P3', P3") differs from the output parameter of the light detector in the first position (P1) and in the second position (P2) of the cover device , characterised in that a processing unit arranged downstream of the light detector is provided, which unit is designed to detect a blockage in the movement of the cover device by comparing the output parameters of the light detector in the first position (P1), the second position (P2) and the third position (P3, P3', P3") of the cover device .
A cable for a marine exploration system, the cable comprising: a cable body , the cable body having a body length, a plurality of opto-electrical detectors, each of the plurality of opto-electrical detectors comprising a material that changes dimensions in response to a voltage impressed across the material and an electrode , the opto-electrical detectors being disposed at spaced-apart along the body length, wherein the impressed voltage is imparted between each electrode and an electrical wire extending along the body length, a fixed reference potential imposable on the electrical wire. a cable body , the cable body having a body length, a plurality of opto-electrical detectors, each of the plurality of opto-electrical detectors comprising a material that changes dimensions in response to a voltage impressed across the material and an electrode , the opto-electrical detectors being disposed at spaced-apart along the body length, wherein the impressed voltage is imparted between each electrode and an electrical wire extending along the body length, a fixed reference potential imposable on the electrical wire.
Reciprocating compressor, comprising: a crankcase ; a rotating shaft comprising at least one inner axial channel , said inner axial channel connected to at least one inner radial channel or to a crankpin ; the crankpin is associated with a connecting rod , and the connecting rod is associated with a movable piston within a compression cylinder ; and an oil pump (C), an axial flux electric motor comprising a rotor , with magnets , and a stator with coils ; wherein the rotor and the stator are fixed to the shaft and to the crankcase , respectively, by means of bearings or fixing arrangements; wherein the stator is located between the crankcase and the rotor , and said rotor and stator are separated by a first axial clearance (F1); wherein the shaft and crankcase are separated by a second lower axial clearance (F2); characterized in that: the first clearance (F1) and the second lower axial clearance (F2) are adjustable by displacing a bushing (B) disposed between the rotor and the rotating shaft . a crankcase ; a rotating shaft comprising at least one inner axial channel , said inner axial channel connected to at least one inner radial channel or to a crankpin ; the crankpin is associated with a connecting rod , and the connecting rod is associated with a movable piston within a compression cylinder ; and an oil pump (C), an axial flux electric motor comprising a rotor , with magnets , and a stator with coils ; wherein the rotor and the stator are fixed to the shaft and to the crankcase , respectively, by means of bearings or fixing arrangements; wherein the stator is located between the crankcase and the rotor , and said rotor and stator are separated by a first axial clearance (F1); wherein the shaft and crankcase are separated by a second lower axial clearance (F2); characterized in that: the first clearance (F1) and the second lower axial clearance (F2) are adjustable by displacing a bushing (B) disposed between the rotor and the rotating shaft .
Headrest for a vehicle seat, comprising: - a first part ; - a second part that is able to rotate with respect to the first part ; - a control rod for the relative movement between the first part and the second part; characterized in that the second part comprises an arcuate opening for receiving the rod , said opening comprising cavities ; and in that the rod is movable between: - an adjustment position in which the rod does not prevent the relative rotational movement between the first part and the second part ; and - a locked position in which the rod is trapped inside one of the cavities of the opening , thus preventing relative rotational movement between the first part and the second part. - a first part ; - a second part that is able to rotate with respect to the first part ; - a control rod for the relative movement between the first part and the second part; characterized in that the second part comprises an arcuate opening for receiving the rod , said opening comprising cavities ; and in that the rod is movable between: - an adjustment position in which the rod does not prevent the relative rotational movement between the first part and the second part ; and - a locked position in which the rod is trapped inside one of the cavities of the opening , thus preventing relative rotational movement between the first part and the second part.
A bogie for a rubber-tired light rail vehicle, the bogie comprising: a turning frame installed on a bogie frame ; a return spring having a first end portion that is rotatably connected to the turning frame and a second end portion arranged to be fixed to a vehicle body , the return spring enabling relative rotation between the vehicle body and the bogie frame ; characterized in that the return spring comprises: a piston unit ; and first and second rod-end protrusions and that are connected to both end portions, respectively, of the piston unit and are respectively connected to the turning frame and arranged to be connected to the vehicle body ; wherein the first and second rod-end protrusions and have threaded portions and , respectively, on first sides thereof, the threaded portions and resulting from threading respective outer circumferential surfaces, respectively, of the first and second rod-end protrusions and , and the first and second rod-end protrusions and have through-holes and , respectively, on second sides thereof, the through-holes and being made in an upward-downward direction through the first and second rod-end protrusions and , respectively. a turning frame installed on a bogie frame ; a return spring having a first end portion that is rotatably connected to the turning frame and a second end portion arranged to be fixed to a vehicle body , the return spring enabling relative rotation between the vehicle body and the bogie frame ; a piston unit ; and first and second rod-end protrusions and that are connected to both end portions, respectively, of the piston unit and are respectively connected to the turning frame and arranged to be connected to the vehicle body ; wherein the first and second rod-end protrusions and have threaded portions and , respectively, on first sides thereof, the threaded portions and resulting from threading respective outer circumferential surfaces, respectively, of the first and second rod-end protrusions and , and the first and second rod-end protrusions and have through-holes and , respectively, on second sides thereof, the through-holes and being made in an upward-downward direction through the first and second rod-end protrusions and , respectively.
A method for producing brick comprising: at least partially filling a formwork with loose pieces of sand, wherein gaps are formed between at least some of the pieces; preparing a first solution which includes urease which is formed by an enzyme producing bacteria, and wherein the first solution includes an amount of the enzyme producing bacteria; adding an amount of the first solution to the loose sand; adding an amount of urea and an amount of calcium ions to the loose sand, wherein calcium chloride is used as a source of the calcium ions; the first solution, the urea and the calcium ions being added to the loose sand simultaneously or at different times or in a different order; the calcium ions contributing to the formation of calcium carbonate; the calcium carbonate fills at least some of the gaps between the loose pieces of sand, bonding to the sand and thereby forming a solid brick; and removing the solid brick from the formwork. at least partially filling a formwork with loose pieces of sand, wherein gaps are formed between at least some of the pieces; preparing a first solution which includes urease which is formed by an enzyme producing bacteria, and wherein the first solution includes an amount of the enzyme producing bacteria; adding an amount of the first solution to the loose sand; adding an amount of urea and an amount of calcium ions to the loose sand, wherein calcium chloride is used as a source of the calcium ions; the first solution, the urea and the calcium ions being added to the loose sand simultaneously or at different times or in a different order; the calcium ions contributing to the formation of calcium carbonate; the calcium carbonate fills at least some of the gaps between the loose pieces of sand, bonding to the sand and thereby forming a solid brick; and removing the solid brick from the formwork.
Electric coolant pump comprising a pump housing defining a pumping chamber being filled with a coolant during pump operation, with a radially inner pump inlet , a radially outer pump outlet and a pump volute extending from downstream of the pump inlet to the pump outlet , and a motor chamber being fluidically separated from the pumping chamber by a separation sidewall extending substantially in a radial plane, an electric motor with a static motor stator being arranged in the motor chamber , a rotatable motor rotor and a motor electronics being arranged in the motor chamber for energizing the motor stator , and a pump wheel being arranged in the pumping chamber and being co-rotatably connected with the motor rotor , wherein the motor electronics is arranged axially adjacent to a volute cooling sector of the pump volute and in thermal contact with a cooling section of the separation sidewall being defined by the volute cooling sector and characterized in that the volute cooling sector of the pump volute is provided with a radial width (W) to axial height (H) ratio higher than 1.5. a pump housing defining a pumping chamber being filled with a coolant during pump operation, with a radially inner pump inlet , a radially outer pump outlet and a pump volute extending from downstream of the pump inlet to the pump outlet , and a motor chamber being fluidically separated from the pumping chamber by a separation sidewall extending substantially in a radial plane, a pumping chamber being filled with a coolant during pump operation, with a radially inner pump inlet , a radially outer pump outlet and a pump volute extending from downstream of the pump inlet to the pump outlet , and a radially inner pump inlet , a radially outer pump outlet and a pump volute extending from downstream of the pump inlet to the pump outlet , and a motor chamber being fluidically separated from the pumping chamber by a separation sidewall extending substantially in a radial plane, an electric motor with a static motor stator being arranged in the motor chamber , a rotatable motor rotor and a motor electronics being arranged in the motor chamber for energizing the motor stator , and a static motor stator being arranged in the motor chamber , a rotatable motor rotor and a motor electronics being arranged in the motor chamber for energizing the motor stator , and a pump wheel being arranged in the pumping chamber and being co-rotatably connected with the motor rotor , wherein the motor electronics is arranged axially adjacent to a volute cooling sector of the pump volute and in thermal contact with a cooling section of the separation sidewall being defined by the volute cooling sector and characterized in that the volute cooling sector of the pump volute is provided with a radial width (W) to axial height (H) ratio higher than 1.5.
An assembly for forming a pouch film characterized in that it comprises a pouch curl prevention apparatus and a pouch film forming apparatus , said pouch curl prevention apparatus being located at a rear of a pouch film forming apparatus such that the pouch film forming apparatus supplies a pouch film to the pouch curl prevention apparatus, wherein the pouch film forming apparatus comprises a punch , a stripper , and a die having a seating recess, and wherein the pouch curl prevention apparatus comprising: an upper roller assembly comprising an upper roller ; and a lower roller assembly comprising a lower roller , wherein the upper roller and the lower roller are located so as to face each other, at least one of the upper roller and the lower roller is rotatable, and wherein an upper roller unit and a lower roller unit are configured to pass the pouch film supplied from the pouch film forming apparatus therebetween. an upper roller assembly comprising an upper roller ; and a lower roller assembly comprising a lower roller , wherein the upper roller and the lower roller are located so as to face each other, at least one of the upper roller and the lower roller is rotatable, and wherein an upper roller unit and a lower roller unit are configured to pass the pouch film supplied from the pouch film forming apparatus therebetween.
A method for operating by a first User Equipment, UE, in wireless communication system, the method comprising: generating, by the first UE identified by a first identifier, ID, a first Medium Access Control Protocol Data Unit, MAC PDU including the first ID as a source identifier, ID, for a first sidelink Proximity-based Service, ProSe, direct communication with a second UE (S1501); transmitting, by the first UE, the first MAC PDU to the second UE (S1503); receiving, by the first UE, a second MAC PDU from the second UE in response to the first MAC PDU (S1509), and determining, by the first UE, a collision of the first ID based on the second MAC PDU (S1511), wherein based on an operation associated with the first MAC PDU being not successfully processed by the second UE (S1507), the first UE receives the second MAC PDU including an indicator indicating that a collision of the first ID is detected, wherein the operation associated with the first MAC PDU is not successfully processed when a deciphering failure occurs for a pre-defined consecutive number of PDCP, Packet Data Convergence Protocol, PDUs; or when a deciphering failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval; or when a deciphering failure occurs for all PDCP PDUs within a pre-defined time interval; and wherein the PDCP PDUs are PDCP PDUs included in MAC PDUs received by the second UE from the first UE and other UEs addressed by the same first ID. generating, by the first UE identified by a first identifier, ID, a first Medium Access Control Protocol Data Unit, MAC PDU including the first ID as a source identifier, ID, for a first sidelink Proximity-based Service, ProSe, direct communication with a second UE (S1501); transmitting, by the first UE, the first MAC PDU to the second UE (S1503); receiving, by the first UE, a second MAC PDU from the second UE in response to the first MAC PDU (S1509), and determining, by the first UE, a collision of the first ID based on the second MAC PDU (S1511), wherein based on an operation associated with the first MAC PDU being not successfully processed by the second UE (S1507), the first UE receives the second MAC PDU including an indicator indicating that a collision of the first ID is detected, wherein the operation associated with the first MAC PDU is not successfully processed when a deciphering failure occurs for a pre-defined consecutive number of PDCP, Packet Data Convergence Protocol, PDUs; or when a deciphering failure occurs for a pre-defined number of PDCP PDUs within a pre-defined time interval; or when a deciphering failure occurs for all PDCP PDUs within a pre-defined time interval; and wherein the PDCP PDUs are PDCP PDUs included in MAC PDUs received by the second UE from the first UE and other UEs addressed by the same first ID.
An apparatus for filling a format set comprising one or more portioning tubes with a curd/whey mixture , said apparatus comprising: - a container for receiving the curd/whey mixture comprising a container base which has one or more openings for dispensing the curd/whey mixture into respective portioning tubes ; and - at least one feed tube for loading the container with the curd/whey mixture ; wherein a flow member is provided at the downstream end of the feed tube and deflects the curd/whey mixture flowing in the feed tube in several directions, the position of said flow member being variable relative to the container , characterized in that the position of the flow member can be varied in at least two spatial directions (X, Y, Z) during the loading of the container with the curd/whey mixture . - a container for receiving the curd/whey mixture comprising a container base which has one or more openings for dispensing the curd/whey mixture into respective portioning tubes ; and - at least one feed tube for loading the container with the curd/whey mixture ; wherein a flow member is provided at the downstream end of the feed tube and deflects the curd/whey mixture flowing in the feed tube in several directions, the position of said flow member being variable relative to the container , characterized in that the position of the flow member can be varied in at least two spatial directions (X, Y, Z) during the loading of the container with the curd/whey mixture .
Prosthetic hand with a wrist and provided with a hand palm , a thumb and fingers attached to the hand palm , wherein the hand palm and fingers comprise bars and joints connecting the bars , the bars and joints forming a construction supported by the wrist , wherein said bars occupy a position with reference to each other depending on an external load applied to the construction , wherein during use a reaction force for said load applied to the construction is provided by or through the wrist , characterized in that the construction has an unloaded position wherein the fingers are stretched and a plurality of loaded positions corresponding to loads applied to the thumb or to the inner palm of the hand wherein the construction is designed such that application of the load to the thumb or to the inner palm of the hand causes the construction to deflect from the unloaded position wherein the fingers are stretched into a series of loaded positions in which the fingers are flexed into increasingly bent positions so as to eventually close the hand , and that said construction is provided with a locking mechanism to lock the construction in one of the plurality of loaded positions.