mhurhangee/patent-ind-claim-en huggingface dataset:
A handle comprising: an annular part configured to fit in a neck part of a container ; a first extension part provided so as to be continuous with the annular part ; and a first holding part provided so as to be continuous with the first extension part , wherein the annular part includes a second contact part capable of coming into contact with a first contact part provided to the neck part in a circumferential direction of the neck part , wherein the first extension part is configured to be positioned with respect to the container by the contact between the first contact part and the second contact part so that the handle is fixable to a predetermined position with respect to the neck part , and wherein the annular part includes a detachment prevention part configured to prevent the handle from coming off from the container , and a part of the detachment prevention part is the second contact part , characterised in that the detachment prevention part comprises a plurality of upright parts (15A1, 15A2) having changing heights from a relatively high upright part (15A1) and a relatively low upright part (15A2), and in that the relatively low upright part (15A2) is provided on the side of the first holding part . an annular part configured to fit in a neck part of a container ; a first extension part provided so as to be continuous with the annular part ; and a first holding part provided so as to be continuous with the first extension part , wherein the annular part includes a second contact part capable of coming into contact with a first contact part provided to the neck part in a circumferential direction of the neck part , wherein the first extension part is configured to be positioned with respect to the container by the contact between the first contact part and the second contact part so that the handle is fixable to a predetermined position with respect to the neck part , and wherein the annular part includes a detachment prevention part configured to prevent the handle from coming off from the container , and a part of the detachment prevention part is the second contact part , characterised in that the detachment prevention part comprises a plurality of upright parts (15A1, 15A2) having changing heights from a relatively high upright part (15A1) and a relatively low upright part (15A2), and in that the relatively low upright part (15A2) is provided on the side of the first holding part .
A clamping device for releasably clamping together two mold parts , wherein the clamping device comprises a first portion for fixing to a first mold part and a second portion for fixing to a second mold part , wherein: the first portion comprises a catch plate attached to a support fixable to the first mold part ; the second portion comprises: a clamp body fixable to the second mold part ; an engaging part ; and an insertion slot ; wherein the catch plate is insertable into the insertion slot along an insertion path; and characterized in that : the second portion further comprises an actuator ; wherein the actuator is arranged to move the engaging part between a first position in which the insertion slot is open for insertion of the catch plate into the insertion slot along the insertion path, and a second position in which the engaging part contacts the catch plate to urge the catch plate along the insertion path with a clamping force for closing the mold parts and to retain the catch plate in the insertion slot . the first portion comprises a catch plate attached to a support fixable to the first mold part ; the second portion comprises: a clamp body fixable to the second mold part ; an engaging part ; and an insertion slot ; wherein the catch plate is insertable into the insertion slot along an insertion path; and characterized in that : the second portion further comprises an actuator ; wherein the actuator is arranged to move the engaging part between a first position in which the insertion slot is open for insertion of the catch plate into the insertion slot along the insertion path, and a second position in which the engaging part contacts the catch plate to urge the catch plate along the insertion path with a clamping force for closing the mold parts and to retain the catch plate in the insertion slot . the second portion further comprises an actuator ; wherein the actuator is arranged to move the engaging part between a first position in which the insertion slot is open for insertion of the catch plate into the insertion slot along the insertion path, and a second position in which the engaging part contacts the catch plate to urge the catch plate along the insertion path with a clamping force for closing the mold parts and to retain the catch plate in the insertion slot .
A compound according to Formula I: wherein: Ring A is selected from: each optionally substituted with one or two substituents independently selected from OH, halogen, (C 1-4 )alkyl and (C=O)O(C 1-4 )alkyl, wherein a carbon in the (C 1-4 )alkyl chain may bond to a carbon on Ring A and form a spirocyclic moiety, wherein (C 1-4 )alkyl is optionally substituted with OH, methylpyrrolidinyl, NH 2 or oxo; X is N or C, wherein when X is N then the dashed line is absent and when X is C the dashed line represents a double bond; Y is N or CH; R 1a is H or (C 1-4 )alkyl; R 1b is H, OH or (C 1-4 )alkyl; R2a is Cl or (C 1-4 )alkyl; R 2b is cyclopropyl, cyclobutyl, oxetanyl or azetidinyl, each optionally substituted with (C 1-4 )alkyl, F, CF 3 , CHF 2 or CN; R 2c is H or F; and R 2d is H or (C 1-4 )alkyl; or a pharmaceutically acceptable salt thereof. Ring A is selected from: each optionally substituted with one or two substituents independently selected from OH, halogen, (C 1-4 )alkyl and (C=O)O(C 1-4 )alkyl, wherein a carbon in the (C 1-4 )alkyl chain may bond to a carbon on Ring A and form a spirocyclic moiety, wherein (C 1-4 )alkyl is optionally substituted with OH, methylpyrrolidinyl, NH 2 or oxo; X is N or C, wherein when X is N then the dashed line is absent and when X is C the dashed line represents a double bond; Y is N or CH; R 1a is H or (C 1-4 )alkyl; R 1b is H, OH or (C 1-4 )alkyl; R2a is Cl or (C 1-4 )alkyl; R 2b is cyclopropyl, cyclobutyl, oxetanyl or azetidinyl, each optionally substituted with (C 1-4 )alkyl, F, CF 3 , CHF 2 or CN; R 2c is H or F; and R 2d is H or (C 1-4 )alkyl;
An electronic device comprising: a terrain determination section that acquires body motion information of a user during a movement of the user, characterized in that : the terrain determination section determines a terrain during movement of the user based on the acquired body motion information; and by a machine learning information storage section that stores a learning model constructed by using a group of body motion information acquired during a movement action of different users on a route and labels indicating a terrain of the route as training data; wherein the terrain determination section determines the terrain by inputting the acquired body motion information of the user into the learning model in the case that a change of the body motion information of the user and a change of the body motion information of the different user share a same changing pattern in a specific segment of a target determination route that is a target of the determination. a terrain determination section that acquires body motion information of a user during a movement of the user, characterized in that : the terrain determination section determines a terrain during movement of the user based on the acquired body motion information; and by a machine learning information storage section that stores a learning model constructed by using a group of body motion information acquired during a movement action of different users on a route and labels indicating a terrain of the route as training data; wherein the terrain determination section determines the terrain by inputting the acquired body motion information of the user into the learning model in the case that a change of the body motion information of the user and a change of the body motion information of the different user share a same changing pattern in a specific segment of a target determination route that is a target of the determination. the terrain determination section determines a terrain during movement of the user based on the acquired body motion information; and by a machine learning information storage section that stores a learning model constructed by using a group of body motion information acquired during a movement action of different users on a route and labels indicating a terrain of the route as training data; wherein the terrain determination section determines the terrain by inputting the acquired body motion information of the user into the learning model in the case that a change of the body motion information of the user and a change of the body motion information of the different user share a same changing pattern in a specific segment of a target determination route that is a target of the determination.
Operating panel for an elevator, comprising: a panel plate having an opening ; a key switch arrangement comprising: a key switch which is adapted for being activated or deactivated by a key being inserted into the key switch and to transmitting activation signals to an elevator control upon activation, characterized in that the key switch arrangement comprises further: a cover arrangement , and a hinge ; wherein the key switch is attached to the cover arrangement ; wherein the hinge is attached at the panel plate next to the opening ; and wherein the cover arrangement is attached to the panel plate via the hinge and may be displaced between a first configuration in which the key switch is arranged behind the cover arrangement and a second pivoted configuration in which the key switch is accessible from the front side of the panel plate . a panel plate having an opening ; a key switch arrangement comprising: a key switch which is adapted for being activated or deactivated by a key being inserted into the key switch and to transmitting activation signals to an elevator control upon activation, characterized in that the key switch arrangement comprises further: a cover arrangement , and a hinge ; wherein the key switch is attached to the cover arrangement ; wherein the hinge is attached at the panel plate next to the opening ; and a cover arrangement , and a hinge ; wherein the cover arrangement is attached to the panel plate via the hinge and may be displaced between a first configuration in which the key switch is arranged behind the cover arrangement and a second pivoted configuration in which the key switch is accessible from the front side of the panel plate .
A cell separation chamber for a cell separation and recovery system, the cell separation chamber being suitable for storing fluids and/or cell systems therein, the cell separation chamber being characterized in that it comprises: a first fluid inlet-outlet (1.1), a second fluid inlet-outlet (1.2), and filtering means comprising: a first filter arranged in the first fluid inlet-outlet (1.1), a second filter arranged in the second fluid inlet-outlet (1.2), and a plurality of microparticles arranged in the interior of the cell separation chamber , wherein the first filter comprises a first plurality of pores, each pore comprising a first pore size which is smaller than the size of each component of the cell systems and smaller than the size of the microparticles , the second filter comprises a second plurality of pores, each pore comprising a second pore size which is smaller than the size of the microparticles and larger than the size of each component of the cell systems , the cell separation chamber is configured for being in fluid communication with a duct network of a cell separation and recovery system, and the cell separation chamber is configured so that when a liquid medium passes from the interior of the cell separation chamber to the first filter , the plurality of microparticles forms a three-dimensional network. a first fluid inlet-outlet (1.1), a second fluid inlet-outlet (1.2), and filtering means comprising: a first filter arranged in the first fluid inlet-outlet (1.1), a second filter arranged in the second fluid inlet-outlet (1.2), and a plurality of microparticles arranged in the interior of the cell separation chamber , wherein a first filter arranged in the first fluid inlet-outlet (1.1), a second filter arranged in the second fluid inlet-outlet (1.2), and a plurality of microparticles arranged in the interior of the cell separation chamber , the first filter comprises a first plurality of pores, each pore comprising a first pore size which is smaller than the size of each component of the cell systems and smaller than the size of the microparticles , the second filter comprises a second plurality of pores, each pore comprising a second pore size which is smaller than the size of the microparticles and larger than the size of each component of the cell systems , the cell separation chamber is configured for being in fluid communication with a duct network of a cell separation and recovery system, and the cell separation chamber is configured so that when a liquid medium passes from the interior of the cell separation chamber to the first filter , the plurality of microparticles forms a three-dimensional network.
A transportation anchor, in particular for hollow walls or double or multiple concrete walls, each with opposing concrete shells, wherein the transportation anchor has the following: - a clevis with at least two anchoring limbs , wherein at least one anchoring limb can be assigned to a concrete shell or concrete wall, - a clevis centre section , via which the at least two anchoring limbs are connected to one another, wherein external load-bearing and/or transport means can be coupled to or brought into engagement with the clevis centre section , - at least one stabiliser bar or other spacer device, which is arranged to absorb pressure or tensile stresses between the anchoring limbs , transverse or inclined in respect of a longitudinal axis of the anchoring limb(s) or a body axis of the transportation anchor, - at least one first holding device which is formed as a ribbon-shaped strap , characterised in that the first strap comprises the at least two anchoring limbs . - a clevis with at least two anchoring limbs , wherein at least one anchoring limb can be assigned to a concrete shell or concrete wall, - a clevis centre section , via which the at least two anchoring limbs are connected to one another, wherein external load-bearing and/or transport means can be coupled to or brought into engagement with the clevis centre section , - at least one stabiliser bar or other spacer device, which is arranged to absorb pressure or tensile stresses between the anchoring limbs , transverse or inclined in respect of a longitudinal axis of the anchoring limb(s) or a body axis of the transportation anchor, - at least one first holding device which is formed as a ribbon-shaped strap ,
A content source (301; 102) comprising: a processor configured to generate a media presentation description (MPD) file, wherein the MPD file designates a dependent media content part to be assigned to at least one depended media content part, the MPD file specifies a number of access records required by a control server (306; 122) to determine whether the dependent media content part is to be transmitted to a client device (304; 108), and wherein the MPD file indicates the dependent media content part is to be accessed by the client device (304; 108) when an access condition for the dependent media content part is satisfied; and a transmitter operably coupled to the processor and configured to transmit the MPD file to at least one of a content server (302; 104), the control server (306; 122), and the client device (304; 108), wherein the access condition for the dependent media content part is satisfied when stored access records that are received from the client device (304; 108) contain all access records of the at least one depended media content part. a processor configured to generate a media presentation description (MPD) file, wherein the MPD file designates a dependent media content part to be assigned to at least one depended media content part, the MPD file specifies a number of access records required by a control server (306; 122) to determine whether the dependent media content part is to be transmitted to a client device (304; 108), and wherein the MPD file indicates the dependent media content part is to be accessed by the client device (304; 108) when an access condition for the dependent media content part is satisfied; and a transmitter operably coupled to the processor and configured to transmit the MPD file to at least one of a content server (302; 104), the control server (306; 122), and the client device (304; 108), wherein the access condition for the dependent media content part is satisfied when stored access records that are received from the client device (304; 108) contain all access records of the at least one depended media content part.
A packet of smoking articles with a sliding opening and comprising: at least one wrap containing a group of smoking articles; a rigid container which is provided with two compartments , arranged side-by-side, one of which houses the wrap ; and a tubular casing , which houses the container in a sliding manner so as to allow the container to slide relative to the tubular casing in order to move, with a linear movement, between a closed position, in which the container is completely inserted inside the tubular casing , a first open position, in which the container is partially extracted from the tubular casing so as to expose a first compartment , and a second open position, which is opposite the first open position in which the container is partially extracted from the tubular casing so as to expose a second compartment ; the packet of smoking articles is characterized in that the container is formed by two boxes which, are initially separate from and independent of one another, define the two compartments , and are glued to one another only by means of glue . at least one wrap containing a group of smoking articles; a rigid container which is provided with two compartments , arranged side-by-side, one of which houses the wrap ; and a tubular casing , which houses the container in a sliding manner so as to allow the container to slide relative to the tubular casing in order to move, with a linear movement, between a closed position, in which the container is completely inserted inside the tubular casing , a first open position, in which the container is partially extracted from the tubular casing so as to expose a first compartment , and a second open position, which is opposite the first open position in which the container is partially extracted from the tubular casing so as to expose a second compartment ; the packet of smoking articles is characterized in that the container is formed by two boxes which, are initially separate from and independent of one another, define the two compartments , and are glued to one another only by means of glue .
Cleaning device for a blood treatment device, in particular a dialysis machine, having a base body , a first and a second line element , which extend in the base body from a first surface of the base body , a first through-hole , wherein the first through-hole extends, at a first point of the first line element spaced apart from the first surface of the base body , to a surface of the base body different from the first surface of the base body , characterized in that a connecting duct between the first and the second line element is formed at a second point of the line elements that is distant from the surface of the base body . a base body , a first and a second line element , which extend in the base body from a first surface of the base body , a first through-hole , wherein the first through-hole extends, at a first point of the first line element spaced apart from the first surface of the base body , to a surface of the base body different from the first surface of the base body , characterized in that a connecting duct between the first and the second line element is formed at a second point of the line elements that is distant from the surface of the base body .
A drawer having a drawer body , the drawer having a pull-out device adapted to displace the drawer body in a horizontal direction (H), and having a lifting device adapted to displace the drawer body in a vertical direction (S) from a vertical first level (V1) to a vertical second level (V2), wherein there is a guide having at least one pivot element vertically displacing the drawer body , characterized in that the guide has a guide curve , in which a guide element is guided, wherein the guide curve has at least one section only running horizontally and a thereto connected section running in an inclined manner.
Use of a sheetlike structure having a layer construction, comprising at least one substantially smooth braid as carrier material and at least one coating on at least one side of the braid, the braid being a simple sheetlike construct consisting of tapes in warp direction and in weft direction which are woven in one or more plies, where the tapes have a width in a range of 0.1-25 mm, preferably 0.2-10 mm, more preferably 0.5-5 mm, and a thickness in a range of 5-50% of the width, preferably 10-30% of the width, - as roller material for a luggage compartment cover in vehicles and/or - as liner material for interior surfaces in vehicles. - as roller material for a luggage compartment cover in vehicles and/or - as liner material for interior surfaces in vehicles.
A device, comprising: a housing ; and a battery , an accelerometer , a magnetic sensor , and a power module that are electrically coupled and physically positioned in the housing; the accelerometer configured to issue an acceleration event responsive to a user removing the device from a protective packaging ; the magnetic sensor configured to generate signals indicative of whether the device is positioned proximate to a magnet in the protective packaging ; and the power management module configured to implement a low power state for the device when the magnetic sensor senses proximity of the magnet , and further configured, when the device is in the low power state, to disconnect the magnetic sensor from the battery , to monitor the accelerometer , to receive the acceleration event from the accelerometer , to dedicate power to the magnetic sensor and to poll the magnetic sensor responsive to receiving the acceleration event, and to transition the device from the low power state to a higher power active state responsive to determining, based on the magnetic sensor that the device has been removed from the protective packaging. a housing ; and a battery , an accelerometer , a magnetic sensor , and a power module that are electrically coupled and physically positioned in the housing; the accelerometer configured to issue an acceleration event responsive to a user removing the device from a protective packaging ; the magnetic sensor configured to generate signals indicative of whether the device is positioned proximate to a magnet in the protective packaging ; and the power management module configured to implement a low power state for the device when the magnetic sensor senses proximity of the magnet , and further configured, when the device is in the low power state, to disconnect the magnetic sensor from the battery , to monitor the accelerometer , to receive the acceleration event from the accelerometer , to dedicate power to the magnetic sensor and to poll the magnetic sensor responsive to receiving the acceleration event, and to transition the device from the low power state to a higher power active state responsive to determining, based on the magnetic sensor that the device has been removed from the protective packaging.