mhurhangee/patent-ind-claim-en huggingface dataset:
A microchannel structure comprising: a continuous-phase introduction channel which communicates with a continuous-phase introduction inlet ; a discharge channel which communicates with a discharge outlet ; a fine-particle formation channel ; and a plurality of branch channels for dispersed-phase introduction which are microchannels; wherein one end of the fine-particle formation channel in a fluid traveling direction communicates with the continuous-phase introduction channel whereas the other end thereof communicates with the discharge channel , and wherein the cross sectional area of the fine-particle formation channel gradually increases from a communication position thereof with the continuous-phase introduction channel to a communication position thereof with the discharge channel , characterized by a dispersed-phase introduction channel which communicates with a dispersed-phase introduction inlet and has a closed end, wherein a side part of the dispersed-phase introduction channel and a side part of the fine-particle formation channel communicate via the plurality of branch channels for dispersed-phase introduction , and wherein lengths of the branch channels for dispersed-phase introduction gradually increase as the communication positions of the branch channels for dispersed-phase introduction with the dispersed-phase introduction channel depart from the dispersed-phase introduction inlet . a continuous-phase introduction channel which communicates with a continuous-phase introduction inlet ; a discharge channel which communicates with a discharge outlet ; a fine-particle formation channel ; and a plurality of branch channels for dispersed-phase introduction which are microchannels; wherein one end of the fine-particle formation channel in a fluid traveling direction communicates with the continuous-phase introduction channel whereas the other end thereof communicates with the discharge channel , and wherein the cross sectional area of the fine-particle formation channel gradually increases from a communication position thereof with the continuous-phase introduction channel to a communication position thereof with the discharge channel , characterized by a dispersed-phase introduction channel which communicates with a dispersed-phase introduction inlet and has a closed end, wherein a side part of the dispersed-phase introduction channel and a side part of the fine-particle formation channel communicate via the plurality of branch channels for dispersed-phase introduction , and wherein lengths of the branch channels for dispersed-phase introduction gradually increase as the communication positions of the branch channels for dispersed-phase introduction with the dispersed-phase introduction channel depart from the dispersed-phase introduction inlet .
SPIM (selective plane illumination microscopy) microscope, having: an illumination source transmitting an illumination light beam from a y-direction onto an object to be imaged; a camera capturing fluorescence light and/or reflected light emitted in the z-direction as a first detection direction from an object , wherein the z-direction extends substantially perpendicularly to the y-direction, and an x-scanner producing a light sheet by sequentially scanning the illumination light beam in an x-direction, wherein the x-direction extends substantially perpendicularly to the y-direction and to the z-direction and the light sheet is accordingly built sequentially in a plane defined by the x-direction and y-direction; characterized by an illumination optical unit having a zoom optical unit that is arranged in the beam path of the illumination light beam and by means of which the focal length of the illumination light beam is variable and/or the numerical aperture of the zoom optical unit is increasable to illuminate a thin plane and to reduce the utilizable extent of the light sheet; and by the sequential recording of image sequences along the y-direction to attain increased resolution along the z-direction. an illumination source transmitting an illumination light beam from a y-direction onto an object to be imaged; a camera capturing fluorescence light and/or reflected light emitted in the z-direction as a first detection direction from an object , wherein the z-direction extends substantially perpendicularly to the y-direction, and an x-scanner producing a light sheet by sequentially scanning the illumination light beam in an x-direction, wherein the x-direction extends substantially perpendicularly to the y-direction and to the z-direction and the light sheet is accordingly built sequentially in a plane defined by the x-direction and y-direction; characterized by an illumination optical unit having a zoom optical unit that is arranged in the beam path of the illumination light beam and by means of which the focal length of the illumination light beam is variable and/or the numerical aperture of the zoom optical unit is increasable to illuminate a thin plane and to reduce the utilizable extent of the light sheet; and by the sequential recording of image sequences along the y-direction to attain increased resolution along the z-direction.
A spiral vacuum pump with a fixed first spiral and an orbiting second spiral engaging therein, wherein the first spiral is arranged on a stator and wherein the second spiral is arranged on an orbiting disc , wherein at least one stator and at least two orbiting discs are provided, and in that there is provided for the drive an electric motor , which is integrated in the spiral vacuum pump in and/or on at least one orbiting disc and corresponding to the at least one disc , and which is configured as an electric motor which in the activated state effects an orbiting movement of the disc relative to the stator and thus the orbiting movement of the second spiral relative to the first spiral , and in that the spiral vacuum pump is formed in at least two stages, characterised in that the at least two orbiting discs are arranged angularly displaced relative to each other.
A multilayer film with weight between and including 15 and 22 g/m 2 for use in malodorous item packaging, where the film comprises at least a layer comprising polypropylene and a further layer comprising an oxygen barrier material having a weight of less than 1.5 g/m 2 .
A polypropylene film, a polypropylene resin constituting the polypropylene film having: - a molecular weight distribution (Mw/Mn) of weight average molecular weight Mw to number average molecular weight Mn of 5.0 or more and 6.9 or less; - a Z-average molecular weight Mz of 650,000 or more and 945,000 or less; and - a weight fraction w of 2.6% or more and 4.2% or less when the logarithmic molecular weight Log(M) - 4.0 in an integral molecular weight distribution curve. - a molecular weight distribution (Mw/Mn) of weight average molecular weight Mw to number average molecular weight Mn of 5.0 or more and 6.9 or less; - a Z-average molecular weight Mz of 650,000 or more and 945,000 or less; and - a weight fraction w of 2.6% or more and 4.2% or less when the logarithmic molecular weight Log(M) - 4.0 in an integral molecular weight distribution curve.
A mechanism for retaining a cutting tool of a cutting machine, the mechanism having a longitudinal axis substantially perpendicular to a cutting surface, the mechanism comprising: • a generally T-shaped mount having a shaft with a flange perpendicular to the shaft at one end, the mount associated with the cutting machine, • a holder for a cutting tool, the holder having a bore for receiving the shaft of the mount and a recess shaped correspondingly to the flange for receiving the flange , the holder adapted to mate in a pre-determined orientation with the mount , • a retaining device for removably attaching the holder to the mount , wherein the retaining device is adapted to bias the holder in the direction of the longitudinal axis. • a generally T-shaped mount having a shaft with a flange perpendicular to the shaft at one end, the mount associated with the cutting machine, • a holder for a cutting tool, the holder having a bore for receiving the shaft of the mount and a recess shaped correspondingly to the flange for receiving the flange , the holder adapted to mate in a pre-determined orientation with the mount , • a retaining device for removably attaching the holder to the mount , wherein the retaining device is adapted to bias the holder in the direction of the longitudinal axis.
A vehicle travel control apparatus , comprising: a sensor that obtains preceding vehicle information representing a status of a preceding vehicle; a communication apparatus that obtains preceding vehicle acceleration/deceleration information, which is generated in the preceding vehicle, via communication with the preceding vehicle; and a controller that generates a feed-back target value related to a target acceleration/deceleration value of a host vehicle based on the preceding vehicle information and a feed-forward target value related to the target acceleration/deceleration value of the host vehicle based on the preceding vehicle acceleration/deceleration information, and controls acceleration/deceleration of the host vehicle based on the sum of the generated feed-back and feed-forward target values, characterized in that the controller corrects the preceding vehicle acceleration/deceleration information according to a travel scene to generate the feed-forward target value. a sensor that obtains preceding vehicle information representing a status of a preceding vehicle; a communication apparatus that obtains preceding vehicle acceleration/deceleration information, which is generated in the preceding vehicle, via communication with the preceding vehicle; and a controller that generates a feed-back target value related to a target acceleration/deceleration value of a host vehicle based on the preceding vehicle information and a feed-forward target value related to the target acceleration/deceleration value of the host vehicle based on the preceding vehicle acceleration/deceleration information, and controls acceleration/deceleration of the host vehicle based on the sum of the generated feed-back and feed-forward target values, characterized in that the controller corrects the preceding vehicle acceleration/deceleration information according to a travel scene to generate the feed-forward target value.
An automated food cutting machine, characterised in that it comprises: - a cutting element arranged defining a cutting point; - a rotary shaft arranged in order to receive a rotary drive; - a rotary body arranged joined to the rotary shaft in order to rotate together; - at least one housing , preferably several housings, joined to the rotary body radially spaced with respect to the rotary shaft such that by the rotation of the rotary body it is able to be positioned facing the cutting point; - a cavity defined in each of the housings for housing the products, the cavity being defined with an end opening for the passage of the foods and a longitudinal opening for depositing and removing the food; - an advance element for each of the housings , the advance element being arranged in order to move through the cavity so that it is able to be positioned at a starting point to receive the foods in the cavity and able to be moved to an end point in order to drag the foods towards the end opening; - feed means (C) for arranging the foods in the housing ; - a control unit configured to actuate the feed means (C) with the advance element being at the starting point and moving the advance element between the starting point and the end point; such that, the arrangement and cutting of the foods is able to be performed in a continuous and automated manner. - a cutting element arranged defining a cutting point; - a rotary shaft arranged in order to receive a rotary drive; - a rotary body arranged joined to the rotary shaft in order to rotate together; - at least one housing , preferably several housings, joined to the rotary body radially spaced with respect to the rotary shaft such that by the rotation of the rotary body it is able to be positioned facing the cutting point; - a cavity defined in each of the housings for housing the products, the cavity being defined with an end opening for the passage of the foods and a longitudinal opening for depositing and removing the food; - an advance element for each of the housings , the advance element being arranged in order to move through the cavity so that it is able to be positioned at a starting point to receive the foods in the cavity and able to be moved to an end point in order to drag the foods towards the end opening; - feed means (C) for arranging the foods in the housing ; - a control unit configured to actuate the feed means (C) with the advance element being at the starting point and moving the advance element between the starting point and the end point;
Display device for a motor vehicle , having a display surface apparatus with a display surface for displaying a display content, the display device having: - at least two display regions (A, B) of the display surface apparatus , and - a folding apparatus , which is designed to fold the display surface apparatus , wherein the folding apparatus is characterised in that it has: - a rail element , which runs parallel to a direction of extension of one of the display regions (A, B) and is arranged movably parallel to it, - a lever element , which has a first end and a second end , wherein the first end is arranged on the rail element , and - at least one retaining element , which is arranged on the other display region (A, B), which is foldable, and on the second end of the lever element . - at least two display regions (A, B) of the display surface apparatus , and - a folding apparatus , which is designed to fold the display surface apparatus , - a rail element , which runs parallel to a direction of extension of one of the display regions (A, B) and is arranged movably parallel to it, - a lever element , which has a first end and a second end , wherein the first end is arranged on the rail element , and - at least one retaining element , which is arranged on the other display region (A, B), which is foldable, and on the second end of the lever element .
A communications method, comprising: • receiving, by a terminal, a first message sent by an access device, wherein the first message carries a temporary identity sequence generated by the access device for the terminal (step 202); and • selecting, by the terminal, one temporary identity from the temporary identity sequence, and generating, based on an area key of the terminal, on the selected temporary identity, and on a packet data convergence protocol, PDCP, data service data unit, SDU, of the terminal, a PDCP data protocol data unit, PDU, of the terminal, wherein the area key is an area key of an area corresponding to location information of the terminal, characterized in that the PDCP data PDU comprises a PDCP header, a data payload, and a message authentication code, wherein: the PDCP header carries the selected temporary identity, an area identity of the area corresponding to the location information of the terminal, an identity of the area key, and a timestamp at which the terminal processes the PDCP data SDU; the data payload is data content of an encrypted PDCP data SDU for V2X communication that needs to be encrypted, and is used to describe state information of the terminal; and the message authentication code is obtained by using the area key to perform integrity protection on the PDCP header and the data payload (step 203). • receiving, by a terminal, a first message sent by an access device, wherein the first message carries a temporary identity sequence generated by the access device for the terminal (step 202); and • selecting, by the terminal, one temporary identity from the temporary identity sequence, and generating, based on an area key of the terminal, on the selected temporary identity, and on a packet data convergence protocol, PDCP, data service data unit, SDU, of the terminal, a PDCP data protocol data unit, PDU, of the terminal, wherein the area key is an area key of an area corresponding to location information of the terminal,
Hose extrusion mandrel for manufacturing rubber hoses, which hose extrusion mandrel comprises an elongate core and a rubber compound outer layer which covers the surface of the elongate core, characterized in that the elongate core is a solid thermoplastic, elongate core .
Rotor system for an electrical machine , having: at least one magnetic element , a two-part shaft with a first shaft part and a second shaft part , wherein at least one shaft part has a magnetic element receptacle for receiving the at least one magnetic element and a shaft part receptacle for receiving at least a portion of the other shaft part situated opposite, wherein a connecting rod is guided through the two shaft parts for the purpose of connecting the two shaft parts which can be inserted one into the other, wherein the at least one magnetic element in the magnetic element receptacle is pushed onto the connecting rod or is arranged around it, wherein the two shaft parts and the magnetic element arranged therebetween are braced with respect to each other in the axial direction, wherein the two shaft parts are arranged on the common connecting rod , the longitudinal axis of which simultaneously also forms the axis of rotation of the shaft and its shaft parts and the magnetic element arranged therebetween, wherein the magnetic element has an outwardly protruding pointed or blunt end, wherein the magnetic element receptacle is accordingly formed as a recess which is conical along the rotation axis , wherein an axis of symmetry of the magnetic element is arranged on the axis of rotation . at least one magnetic element , a two-part shaft with a first shaft part and a second shaft part , wherein at least one shaft part has a magnetic element receptacle for receiving the at least one magnetic element and a shaft part receptacle for receiving at least a portion of the other shaft part situated opposite, wherein a connecting rod is guided through the two shaft parts for the purpose of connecting the two shaft parts which can be inserted one into the other, wherein the at least one magnetic element in the magnetic element receptacle is pushed onto the connecting rod or is arranged around it, wherein the two shaft parts and the magnetic element arranged therebetween are braced with respect to each other in the axial direction, wherein the two shaft parts are arranged on the common connecting rod , the longitudinal axis of which simultaneously also forms the axis of rotation of the shaft and its shaft parts and the magnetic element arranged therebetween, wherein the magnetic element has an outwardly protruding pointed or blunt end, wherein the magnetic element receptacle is accordingly formed as a recess which is conical along the rotation axis , wherein an axis of symmetry of the magnetic element is arranged on the axis of rotation .
Cargo supporting structure for arrangement inside a container from its open side comprising a plurality of pre-tensioned belts , at least an element , at least a tensioning means wherein: • said cargo supporting structure consists in the reciprocal coupling between said pre-tensioned belts and said element to which all said belts are connected, which make up the structure; characterised in that said element is deformable and not extensible, wherein said deformable and not extensible element is shaped as a circular ring of composite material and is arranged in the centre. • said cargo supporting structure consists in the reciprocal coupling between said pre-tensioned belts and said element to which all said belts are connected, which make up the structure; characterised in that said element is deformable and not extensible, wherein said deformable and not extensible element is shaped as a circular ring of composite material and is arranged in the centre.
A connector for connecting a concentric air and water tube arrangement to a medical instrument , the connector comprising an opening configured to receive the concentric air and water tube arrangement, with an inner water tube for providing water and an outer air tube for providing air, a first flow path of the air tube leading to an air connector and a second flow path of the water tube leading to an outlet for coupling to a water inlet tube of the medical instrument, a body configured to seal around the water inlet tube of the medical instrument so that water does not leak to the outside or to the air flow path, and a movable flap formed from said body in the second flow path, said flap being larger or the same size as the diameter of the inner water tube and configured such that it closes against the end of the inner water tube to prevent water from flowing from the water inlet tube of the medical instrument into the inner water tube.
Compressor comprising a compression device having an inlet and an outlet and having an inlet-side collector and an outlet-side collector , the compression device being designed to deliver a fluid from the inlet-side collector into the outlet-side collector , the outlet-side collector also containing a filter element , which is designed to at least partially receive oil from the fluid and transport it to a collection point in the outlet-side collector , the inlet-side collector and the outlet-side collector being further connected to one another via a return line , which starts at the collection point and can be closed by a valve , the valve being designed to open when oil is present in the outlet-side collector for being returned into the inlet-side collector , characterized in that the valve is a float valve and the float valve contains a spring , which applies a spring force to the valve in the opening direction.