mhurhangee/patent-ind-claim-en huggingface dataset:
A straddle vehicle, comprising: a vehicle body frame including a head pipe and a main frame ; an ignition switch which is disposed in the vicinity of the head pipe ; a fuel tank disposed behind and distant from the head pipe ; an air cleaner disposed behind and distant from the head pipe ; and an electric component mounting space (S) which is provided between the head pipe , and the fuel tank and the air cleaner which are behind the head pipe , and in which the ignition switch and two or more electric components of an electric power supply system, including at least a relay box of ignition , are disposed, the main frame including right and left frame members extending rearward from the head pipe and gradually outward in a vehicle width direction such that a distance between the right and left frame members in the vehicle width direction is greatest in a substantially center region, and then extending rearward such that the distance gradually decreases; wherein the electric component mounting space (S) is provided between portions of the right and left frame members , the portions extending rearward from the head pipe and gradually outward in the vehicle width direction, and the air cleaner is disposed in a region from a location near the greatest distant portion of the main frame to a rear end portion of the main frame , and surrounded by the right and left frame members , in a location that is behind the electric component mounting space (S). a vehicle body frame including a head pipe and a main frame ; an ignition switch which is disposed in the vicinity of the head pipe ; a fuel tank disposed behind and distant from the head pipe ; an air cleaner disposed behind and distant from the head pipe ; and an electric component mounting space (S) which is provided between the head pipe , and the fuel tank and the air cleaner which are behind the head pipe , and in which the ignition switch and two or more electric components of an electric power supply system, including at least a relay box of ignition , are disposed, the main frame including right and left frame members extending rearward from the head pipe and gradually outward in a vehicle width direction such that a distance between the right and left frame members in the vehicle width direction is greatest in a substantially center region, and then extending rearward such that the distance gradually decreases; wherein the electric component mounting space (S) is provided between portions of the right and left frame members , the portions extending rearward from the head pipe and gradually outward in the vehicle width direction, and the air cleaner is disposed in a region from a location near the greatest distant portion of the main frame to a rear end portion of the main frame , and surrounded by the right and left frame members , in a location that is behind the electric component mounting space (S).
Electrical component connected to a heat sink for cooling the electrical component , comprising: - a contact surface which is brought into thermally conductive contact with a counter contact surface of the electrical component ; - wherein the contact surface comprises at least one elastically deformable section ; wherein the heat sink comprises a receptacle for the electrical component ; wherein the receptacle fixes the elastically deformable section in an elastically deformed state when the contact surface contacts the counter contact surface ; - wherein the heat sink comprises a further surface which is configured as a heat radiating surface ; - wherein the heat radiating surface comprises elevations increasing its surface area; - wherein the heat sink is configured at least as a housing section of a housing , which houses the electrical component , - wherein the contact surface is convexly curved, and - wherein the electrical component comprises a plurality of electrical elements , which are arranged on a multi-layer carrier and are connected accordingly, wherein the multi-layer carrier comprises an upper side on which the electrical elements are arranged and a lower side facing the upper side , which lower side is configured as a counter contact surface . - a contact surface which is brought into thermally conductive contact with a counter contact surface of the electrical component ; - wherein the contact surface comprises at least one elastically deformable section ; wherein the heat sink comprises a receptacle for the electrical component ; wherein the receptacle fixes the elastically deformable section in an elastically deformed state when the contact surface contacts the counter contact surface ; wherein the heat sink comprises a receptacle for the electrical component ; wherein the receptacle fixes the elastically deformable section in an elastically deformed state when the contact surface contacts the counter contact surface ; - wherein the heat sink comprises a further surface which is configured as a heat radiating surface ; - wherein the heat radiating surface comprises elevations increasing its surface area; - wherein the heat sink is configured at least as a housing section of a housing , which houses the electrical component , - wherein the contact surface is convexly curved, and - wherein the electrical component comprises a plurality of electrical elements , which are arranged on a multi-layer carrier and are connected accordingly, wherein the multi-layer carrier comprises an upper side on which the electrical elements are arranged and a lower side facing the upper side , which lower side is configured as a counter contact surface .
Optical connection device for optically connecting a first connector of a first optical fiber device with a second connector of a second optical fiber device along an optical axis, comprising: a plug part having an elongated shaft having a longitudinal shaft axis and a lumen extending through the shaft along the shaft axis for receiving the first connector , the plug part further having a cap at a first end of the shaft which has an insertion opening for insertion of the first connector into the lumen , the opening being aligned and communicating with the lumen , the plug part having an optical window having a solid body element , wherein the plug part is at least in part deformable; and a clamp part , wherein the plug part is configured to be at least partially inserted into the clamp part , and the clamp part is configured to, when the plug part is at least partially inserted in the clamp part and when the first connector is inserted into the lumen of the shaft of the plug part , exert a force onto the plug part which deforms the plug part upon tightening the clamp part so as to clamp and hold the first connector in position and orientation with respect to the optical axis, characterised in that the optical window having the solid body element closes the interior of the shaft including the lumen against the environment. a plug part having an elongated shaft having a longitudinal shaft axis and a lumen extending through the shaft along the shaft axis for receiving the first connector , the plug part further having a cap at a first end of the shaft which has an insertion opening for insertion of the first connector into the lumen , the opening being aligned and communicating with the lumen , the plug part having an optical window having a solid body element , wherein the plug part is at least in part deformable; and a clamp part , wherein the plug part is configured to be at least partially inserted into the clamp part , and the clamp part is configured to, when the plug part is at least partially inserted in the clamp part and when the first connector is inserted into the lumen of the shaft of the plug part , exert a force onto the plug part which deforms the plug part upon tightening the clamp part so as to clamp and hold the first connector in position and orientation with respect to the optical axis, characterised in that the optical window having the solid body element closes the interior of the shaft including the lumen against the environment.
A straw comprising: - a first open front end , - a second closed front end , - at least one first hole arranged on the lateral surface of the straw in a first portion of the straw extending from the center of the straw to the first open front end , and - at least one second hole arranged on the lateral surface of the straw in a second portion of the straw extending from the center of the straw to the second closed front end . - a first open front end , - a second closed front end , - at least one first hole arranged on the lateral surface of the straw in a first portion of the straw extending from the center of the straw to the first open front end , and - at least one second hole arranged on the lateral surface of the straw in a second portion of the straw extending from the center of the straw to the second closed front end .
Method for predictable exposure control of at least one first vehicle camera , comprising the steps of: - providing at least one first vehicle camera , whose field of view (12.1, 14.1, 16.1) is directed substantially to the side or to the rear for capturing a lateral, a lateral rear and/or a rear surrounding region of a vehicle , - providing at least one second vehicle camera , whose field of view (18.1) is directed substantially to the front for capturing an outer front surrounding region of the vehicle , - recording second image data of the outer front surroundings of the vehicle by means of the second vehicle camera , - detecting a region with a changed brightness within the second image data of the second vehicle camera , - determining a necessary change in an exposure value based on the second image data to compensate for any brightening or darkening that occurs when the vehicle enters the region with the changed brightness , - transmitting the changed exposure value to the at least one first vehicle camera so that the at least one first vehicle camera can record first image data based on the changed exposure values when the region with the changed brightness is entered, wherein a remaining time period (t v ) until the vehicle is predicted to enter the region with the changed brightness is determined and movement values of the vehicle are ascertained, and the remaining time period (t v ) until the vehicle is predicted to enter the region with the changed brightness is determined on the basis of the movement values. - providing at least one first vehicle camera , whose field of view (12.1, 14.1, 16.1) is directed substantially to the side or to the rear for capturing a lateral, a lateral rear and/or a rear surrounding region of a vehicle , - providing at least one second vehicle camera , whose field of view (18.1) is directed substantially to the front for capturing an outer front surrounding region of the vehicle , - recording second image data of the outer front surroundings of the vehicle by means of the second vehicle camera , - detecting a region with a changed brightness within the second image data of the second vehicle camera , - determining a necessary change in an exposure value based on the second image data to compensate for any brightening or darkening that occurs when the vehicle enters the region with the changed brightness , - transmitting the changed exposure value to the at least one first vehicle camera so that the at least one first vehicle camera can record first image data based on the changed exposure values when the region with the changed brightness is entered, wherein
A method for making a thermoplastic foam article having a density of from 0.1 to 0.35 g/cm 3 and a multicellular foam structure having an average cell size from 50 micron to 5 mm, the method comprising: forming a mixture of molten polymeric material comprising a thermoplastic copolyester elastomer, and a physical blowing agent; injecting the mixture into a mold cavity; foaming the molten polymeric material, thereby forming a foamed molten polymeric material; solidifying the foamed molten polymeric material, thereby forming a thermoplastic foam article having the multicellular foam structure; and removing the thermoplastic foam article from the mold cavity; wherein the foaming is conducted at a foaming temperature; and the foaming temperature is from the melting temperature of the thermoplastic copolyester elastomer to 50 degrees C above the tail temperature of the thermoplastic copolyester elastomer; and wherein the forming of the mixture of the molten polymeric material and the physical blowing agent comprises adding the physical blowing agent to the molten polymer material and forming a single phase solution of the physical blowing agent dissolved in the molten polymer material. forming a mixture of molten polymeric material comprising a thermoplastic copolyester elastomer, and a physical blowing agent; injecting the mixture into a mold cavity; foaming the molten polymeric material, thereby forming a foamed molten polymeric material; solidifying the foamed molten polymeric material, thereby forming a thermoplastic foam article having the multicellular foam structure; and removing the thermoplastic foam article from the mold cavity; wherein the foaming is conducted at a foaming temperature; and the foaming temperature is from the melting temperature of the thermoplastic copolyester elastomer to 50 degrees C above the tail temperature of the thermoplastic copolyester elastomer; and wherein the forming of the mixture of the molten polymeric material and the physical blowing agent comprises adding the physical blowing agent to the molten polymer material and forming a single phase solution of the physical blowing agent dissolved in the molten polymer material.
A method for performing wireless communication by a first device , the method comprising: receiving, from a base station, information related to a sidelink, SL, resource and information related to a physical uplink control channel, PUCCH, resource; transmitting, to a second device, a transport block through a physical sidelink shared channel, PSSCH, based on the SL resource; generating hybrid automatic repeat request, HARQ, feedback information related to the transport block; and transmitting, to the base station, the HARQ feedback information based on the PUCCH resource, wherein, when the first device having the transport block in a buffer does not receive a physical sidelink feedback channel, PSFCH, related to the PSSCH, due to a priority-based dropping rule of the first device, the HARQ feedback information is generated as a negative acknowledgment, NACK. receiving, from a base station, information related to a sidelink, SL, resource and information related to a physical uplink control channel, PUCCH, resource; transmitting, to a second device, a transport block through a physical sidelink shared channel, PSSCH, based on the SL resource; generating hybrid automatic repeat request, HARQ, feedback information related to the transport block; and transmitting, to the base station, the HARQ feedback information based on the PUCCH resource, wherein, when the first device having the transport block in a buffer does not receive a physical sidelink feedback channel, PSFCH, related to the PSSCH, due to a priority-based dropping rule of the first device, the HARQ feedback information is generated as a negative acknowledgment, NACK.
Milk supply device for supplying milk (M) from a milk supply container to a milk dispensing device , comprising a milk transport line which can be connected or is connected at a first of the ends thereof to the milk supply container and with which, via a second of the ends thereof, milk (M) which has been taken from the milk supply container can be delivered to the milk dispensing device , wherein, by means of a cleaning agent transport line which is in fluid communication with the milk transport line between the first end and the second end , a three-way junction (6, 6', 6") is configured which can be operated such that optionally • either in a milk flow operating state (MFBZ), milk (M) can be transported via the three-way junction (6, 6', 6") from the milk supply container to the milk dispensing device , whilst the milk transport line is sealed off by the three-way junction (6, 6', 6"), at the same time, relative to the cleaning agent transport line , in a fluid-impermeable manner, • or, in one or more cleaning operation state/states (RBZ1, RBZ2, RBZ3), cleaning agent (R) can be conducted from the cleaning agent transport line which is in fluid communication with the three-way junction (6, 6', 6"), via the three-way junction (6, 6', 6") in the direction towards the milk dispensing device and/or in the direction towards a discharge of the milk supply device, wherein the milk transport line comprises an inflow portion which is in fluid communication with the three-way junction (6, 6', 6") and an outflow portion which is in fluid communication with the three-way junction (6, 6', 6"), characterized in that the inflow portion is configured to be not completely rigid and has a first connection at its end orientated away from the three-way junction (6, 6', 6"), wherein the milk supply device has a second connection which is in fluid connection with the cleaning agent transport line , wherein the first connection can be connected detachably to the second connection such that, in the connected state, a fluid connection leading via these two connections exists between the cleaning agent transport line and the inflow portion , and that, in the connected state, a fluid connection which leads via these two connections and the inflow portion exists between the cleaning agent transport line and the three-way junction (6, 6', 6"). • either in a milk flow operating state (MFBZ), milk (M) can be transported via the three-way junction (6, 6', 6") from the milk supply container to the milk dispensing device , whilst the milk transport line is sealed off by the three-way junction (6, 6', 6"), at the same time, relative to the cleaning agent transport line , in a fluid-impermeable manner, • or, in one or more cleaning operation state/states (RBZ1, RBZ2, RBZ3), cleaning agent (R) can be conducted from the cleaning agent transport line which is in fluid communication with the three-way junction (6, 6', 6"), via the three-way junction (6, 6', 6") in the direction towards the milk dispensing device and/or in the direction towards a discharge of the milk supply device,
Joint arrangement for the articulated connection of two adjoining wagon bodies of a railborne vehicle, the joint arrangement having the following: - a first joint arm which has a wagon body-side end region, which is connected or can be connected to a base plate of a first wagon body, and an opposite front-side end region with a first joint head ; - a second joint arm which has a wagon body-side end region, which is connected or can be connected to a base plate of a second wagon body, and an opposite front-side end region with a second joint head which is of complementary configuration at least in regions with respect to the first joint head ; and - a joint bearing with a joint pin for the articulated connection of the first and second joint head in a joint plane, a common pivot axis (Z) for the joint arrangement being formed by way of the joint pin , and the joint bearing having bearing shells for supporting the joint pin on both sides, characterized in that the second joint arm is assigned at least one force transmission member which is connected fixedly to the front-side end region of the second joint arm and fixedly to in each case one of the bearing shells on both sides. - a first joint arm which has a wagon body-side end region, which is connected or can be connected to a base plate of a first wagon body, and an opposite front-side end region with a first joint head ; - a second joint arm which has a wagon body-side end region, which is connected or can be connected to a base plate of a second wagon body, and an opposite front-side end region with a second joint head which is of complementary configuration at least in regions with respect to the first joint head ; and - a joint bearing with a joint pin for the articulated connection of the first and second joint head in a joint plane, a common pivot axis (Z) for the joint arrangement being formed by way of the joint pin , and the joint bearing having bearing shells for supporting the joint pin on both sides, characterized in that the second joint arm is assigned at least one force transmission member which is connected fixedly to the front-side end region of the second joint arm and fixedly to in each case one of the bearing shells on both sides.
A method of providing a shallow draw thermoformed article , the method comprising extruding a sheet , conditioning the sheet with an outer surface of a rotating roller , rotary thermoforming the sheet onto a mold to provide an article-blank web after conditioning the sheet , and cutting the article-blank web to provide the shallow draw thermoformed article characterised in that the sheet comprises non-aromatic polymeric materials and in that at least a portion of the outer surface of the rotating roller that contacts the sheet has a first surface roughness between about 2.54 Ra μm (100 Ra microinches) and about 10.16 Ra μm (400 Ra microinches). extruding a sheet , conditioning the sheet with an outer surface of a rotating roller , rotary thermoforming the sheet onto a mold to provide an article-blank web after conditioning the sheet , and cutting the article-blank web to provide the shallow draw thermoformed article characterised in that the sheet comprises non-aromatic polymeric materials and in that at least a portion of the outer surface of the rotating roller that contacts the sheet has a first surface roughness between about 2.54 Ra μm (100 Ra microinches) and about 10.16 Ra μm (400 Ra microinches).
A method of wireless communication performed by a base station, comprising: detecting interference, in a remote interference management, RIM, scenario, in a set of sub-bands of a plurality of sub-bands of a bandwidth portion; and transmitting , to identify the set of sub-bands in which interference is detected, a set of reference signals configured to indicate the set of sub-bands in which the interference is detected. detecting interference, in a remote interference management, RIM, scenario, in a set of sub-bands of a plurality of sub-bands of a bandwidth portion; and transmitting , to identify the set of sub-bands in which interference is detected, a set of reference signals configured to indicate the set of sub-bands in which the interference is detected.