mhurhangee/patent-ind-claim-en huggingface dataset:
A method for operating a machine, in particular a machine tool for machining workpieces , the machine comprising a machine frame , at least one component part , which can be traversed along a movement path by means of a power-operated drive unit , at least one frame part , which is connected to the machine frame , and which is arranged at an end position in the movement path of the component part , and at least one first stop , via which the component part , being in the end position , is in contact with the frame part , wherein a machine controller is configured to control the drive unit in such a way that a) the component part is traversed into the end position by means of the drive unit , where it rests against the frame part via the first stop , characterized in that b) a force continues to be exerted on the component part by means of the drive unit , pushing it in the direction of the frame part , and in that the machine controller is further configured to c) detect whether a further movement of the component part and/or in the drive unit takes place, and d) output a fault message if a movement is detected in step c). a) the component part is traversed into the end position by means of the drive unit , where it rests against the frame part via the first stop , characterized in that b) a force continues to be exerted on the component part by means of the drive unit , pushing it in the direction of the frame part , and in that the machine controller is further configured to c) detect whether a further movement of the component part and/or in the drive unit takes place, and d) output a fault message if a movement is detected in step c).
A portable hairstyling appliance comprising an onboard blower module designed to generate a flow of air intended to be projected by said hairstyling appliance towards the hair of a user, said blower module comprising at least one fan wheel with blades , said fan wheel being either a forward curved centrifugal fan wheel or a forward curved helico-centrifugal fan wheel, and a volute within which said fan wheel is rotatably mounted, each of said blades extending radially between a leading edge and an opposite trailing edge , the fan wheel having an internal diameter (D i ) defined by the leading edges of the blades and an external diameter (D e ) defined by the trailing edges of the blades , said fan wheel having a ratio of external diameter (D e ) to internal diameter (D i ) comprised between 1.6 and 1.8 and a ratio of external diameter (D e ) expressed in millimeters to number of blades comprised between 2 and 3.
A protective fan guard with at least one mounting strut and at least one fastening device for fastening the mounting strut for the protective fan guard , having a first and a second leg that extend in a longitudinal direction, have a defined clamping surface , and engage over a plurality of guard bars of the protective fan guard , wherein the legs have a free longitudinal end and the fastening device is arranged in the vicinity of the free longitudinal end of the legs , wherein the fastening device comprises a fastening sleeve which is designed in such a way that at least one clamping region receiving the legs is formed and supported, wherein the fastening sleeve cooperates with the clamping surface in such a way that a collar of the fastening sleeve rests flatly, wherein a portion of the clamping region adjacent to the legs is filled by a filling web which is formed integrally on the fastening sleeve and against which the legs abut, and wherein the clamping region formed by the fastening sleeve is dimensioned so as to be undersized relative to the legs , so that a clamping connection is formed in the fastened state.
A computer interface configured to be worn by a user and interface the user with a computer, the interface comprising: a three dimensional, 3D, camera system having an optic axis and a field of view , FOV, the 3D camera system comprising: a 3D range camera controllable to acquire a range image of a scene in the FOV that provides 3D spatial coordinates for features in the scene;and a picture camera controllable to acquire a picture image of the scene;and a controller that processes one or both of the images to determine if a user is imaged in the FOV and is looking at the interface and if so, an identity of the user, and if the identity is an identity of a user authorized to use the interface, the controller enables the user access to functionalities provided by the computer, wherein the controller maintains the interface in a default state in which the 3D camera system is OFF, and turns ON the 3D camera system periodically or intermittently to acquire the 3D range image and picture image and wherein the interface comprises an accelerometer that generates signals responsive to motion of the interface that the controller processes to determine if the user has moved the interface to position the user in the FOV , and if so the controller turns ON the 3D camera system to acquire the 3D range image and picture image. a three dimensional, 3D, camera system having an optic axis and a field of view , FOV, the 3D camera system comprising: a 3D range camera controllable to acquire a range image of a scene in the FOV that provides 3D spatial coordinates for features in the scene;and a picture camera controllable to acquire a picture image of the scene;and a 3D range camera controllable to acquire a range image of a scene in the FOV that provides 3D spatial coordinates for features in the scene;and a picture camera controllable to acquire a picture image of the scene;and a controller that processes one or both of the images to determine if a user is imaged in the FOV and is looking at the interface and if so, an identity of the user, and if the identity is an identity of a user authorized to use the interface, the controller enables the user access to functionalities provided by the computer, wherein the controller maintains the interface in a default state in which the 3D camera system is OFF, and turns ON the 3D camera system periodically or intermittently to acquire the 3D range image and picture image and wherein the interface comprises an accelerometer that generates signals responsive to motion of the interface that the controller processes to determine if the user has moved the interface to position the user in the FOV , and if so the controller turns ON the 3D camera system to acquire the 3D range image and picture image.
Lowerable vehicle trailer with a chassis having a swivel axle , a vehicle wheel , and a mudguard which is moved with the chassis when it is lowered, wherein the mudguard has its own moving device , which is connected to the swivel axle and to the mudguard , and which moves the mudguard independently and in a movement of the mudguard that is derived from the swivel axle when the chassis is lowered and raised, - wherein the mudguard performs a movement relative to the vehicle wheel and characterized in that the mudguard is independently supported rotatably or guided movably on the chassis , and that the movement device includes a swivel bearing or a lifting device which changes the height of the mudguard positioned between the mudguard and the chassis . - wherein the mudguard performs a movement relative to the vehicle wheel and characterized in that the mudguard is independently supported rotatably or guided movably on the chassis , and that the movement device includes a swivel bearing or a lifting device which changes the height of the mudguard positioned between the mudguard and the chassis .
An Air Handling Unit, AHU, having an extract air channel comprising at least one extract air inlet for guiding extract air from a building to the outside through at least one extract air outlet and/or a supply air channel comprising at least one supply air inlet for guiding supply air from the outdoor into a building through at least one supply air outlet adapted to be connected to an air ventilation ducting system , said AHU further comprising at least one fan in order to induce a flow in the air ventilation ducting system when connected, said fan being assembled from a front disc , a back plate and a plurality of fan blades being manufactured as separate units, said front disc having a hole where through air enters and said fan blades being arranged to provide a radial flow or mixed flow from the fan , said fan blades having a leading edge arranged closer to the centre axis of the fan than a trailing edge arranged further away from the centre axis, said fan blades further having an upper edge comprising a multitude of upper attachment protrusions (43 a-e) designed to fit into corresponding front disc indentations (200 a-e) in the front disc and a lower edge comprising a multitude of lower attachment protrusions (44 a-c) designed to fit into corresponding back plate indentations (300 a-c) in the back plate , said fan blade further having a blade body with a first side and a second side characterized in that said fan blade comprising at least two upper attachment protrusions (43 a-b) and at least two lower attachment protrusions (44 a-b) designed to protrude through the corresponding front disc indentations (200 a-b) and the corresponding back plate indentations (300 a-b) respectively so as to form at least two front disc axial retainers and at least two back plate axial retainers , each of said two upper attachment protrusions (43 a-b) and at least two lower attachment protrusions (44 a-b) being provided with an axial locker on the distal end of the upper and lower attachment protrusions (43 a-b and 44 a-b) respectively protruding through the corresponding front disc indentations (200 a-b) and back plate indentations (300 a-b) respectively in order to provide a retaining force between the front disc and the back plate while at least one other upper attachment protrusion (43 c-e) and one other lower attachment protrusion (44 c) is designed to cooperate with front disc indentations (200 c-e) and back plate indentations (300 c) respectively so as to form at least one front disc radial retainer and at least one back plate radial retainer .
A child carrier comprising: a carrying harness including a waist strap and two shoulder straps ; a child supporting part connected with the carrying harness and including a hip support portion and a torso support portion connected with each other; and an expandable part connected with the child supporting part , the expandable part having an adjustable effective length that links the torso support portion to the carrying harness , which defines a greatest bottom distance between the torso support portion and the carrying harness , the expandable part being operable to adjust the greatest bottom distance between the torso support portion and the carrying harness ; wherein: the expandable part is disposed above the hip support portion and has a first end and a second end opposite to each other, the first end being affixed to the waist strap or to the child supporting part in a region adjacent to a connection between the child supporting part and the waist strap , the second end being affixed to the torso support portion adjacent to a bottom thereof, and the expandable part is connected with a fastening structure having a fastened state and an unfastened state, the expandable part being expandable to increase the effective length of the expandable part when the fastening structure is in the unfastened state, and characterized in that : the expandable part being folded to reduce the effective length of the expandable part when the fastening structure is in the fastened state. a carrying harness including a waist strap and two shoulder straps ; a child supporting part connected with the carrying harness and including a hip support portion and a torso support portion connected with each other; and an expandable part connected with the child supporting part , the expandable part having an adjustable effective length that links the torso support portion to the carrying harness , which defines a greatest bottom distance between the torso support portion and the carrying harness , the expandable part being operable to adjust the greatest bottom distance between the torso support portion and the carrying harness ; the expandable part is disposed above the hip support portion and has a first end and a second end opposite to each other, the first end being affixed to the waist strap or to the child supporting part in a region adjacent to a connection between the child supporting part and the waist strap , the second end being affixed to the torso support portion adjacent to a bottom thereof, and the expandable part is connected with a fastening structure having a fastened state and an unfastened state, the expandable part being expandable to increase the effective length of the expandable part when the fastening structure is in the unfastened state, and characterized in that : the expandable part being folded to reduce the effective length of the expandable part when the fastening structure is in the fastened state.
A laser device for generating an optical wave at a laser frequency, comprising: - a semiconductor element comprising a gain region with quantum wells or quantum dots, said gain region being located between a first mirror and an exit region defining an optical microcavity, - a second mirror , distinct from the semiconductor element , and arranged so as to form with the first mirror an external optical cavity including the gain region , - means for pumping the gain region so as to generate the optical wave , wherein the spectral ratio between the Half Width Half Maximum (HWHM) spectral bandwidth of the round trip net modal gain and the free spectral range of the optical microcavity and the external cavity is adjusted to be in the range of 2 to 50, characterized in that the ratio between the light power inside the optical microcavity and the light power inside the external cavity , as defined by the ratio between the Poynting vector flux on the gain region and the one inside the external cavity and outside the microcavity, is lower than or equal to 1. - a semiconductor element comprising a gain region with quantum wells or quantum dots, said gain region being located between a first mirror and an exit region defining an optical microcavity, - a second mirror , distinct from the semiconductor element , and arranged so as to form with the first mirror an external optical cavity including the gain region , - means for pumping the gain region so as to generate the optical wave ,
Vapour extraction device, which has at least one filter element with at least two filter layers , wherein the filter element has a top layer consisting of filter material, which forms the upstream side of the filter element and covers the edges of the filter layers , and wherein the vapour extraction device has an intake opening, which is at an incline in the vertical or between the vertical and horizontal and wherein the at least one filter element is arranged on the intake opening so that the top layer forms the upstream side of the filter element , characterised in that the cover layer represents an expanded metal layer.
A system for configuring a session option for a session of a user in a mobile telecommunications network , wherein the system comprises: a service module for providing at least the user with a session option configuration service for configuring the session option; and a terminal for the user, wherein the mobile telecommunications network is configured to forward to the service module , when the user is registered for the session option configuration service, registration messages from the user and session setup messages for the user; wherein the service module is configured to identify, upon receipt of a registration message from the user and sent via the terminal , terminal information for the terminal and to detect, upon receipt of a session setup message for setting up a session for the user, the current configuration for the session; wherein the system is configured to, when it is determined that the current configuration of the session option is not the desired configuration and when, based on the identified terminal information for the terminal , it is determined that the terminal for the user is compatible with the desired configuration for the session option, modify the session setup message to configure the session option in the desired configuration, wherein the session option is associated with a preconditions exchange or with a preconditions SIP extension procedure and wherein the desired configuration is a deactivation of the session option. a service module for providing at least the user with a session option configuration service for configuring the session option; and a terminal for the user, wherein the mobile telecommunications network is configured to forward to the service module , when the user is registered for the session option configuration service, registration messages from the user and session setup messages for the user; wherein the service module is configured to identify, upon receipt of a registration message from the user and sent via the terminal , terminal information for the terminal and to detect, upon receipt of a session setup message for setting up a session for the user, the current configuration for the session; wherein the system is configured to, when it is determined that the current configuration of the session option is not the desired configuration and when, based on the identified terminal information for the terminal , it is determined that the terminal for the user is compatible with the desired configuration for the session option, modify the session setup message to configure the session option in the desired configuration, wherein the session option is associated with a preconditions exchange or with a preconditions SIP extension procedure and wherein the desired configuration is a deactivation of the session option.
A sample analyzer comprising: a measuring part for preparing a measurement sample from a blood sample or a body fluid sample that differs from the blood sample, measuring the prepared measurement sample, and obtaining characteristic information representing characteristics of components within the measurement sample; a mode setting means for setting either a blood measurement mode for measuring the blood sample, or a body fluid measurement mode for measuring the body fluid sample as an operating mode; a first analyzing means for executing a first analysis process based on the characteristic information obtained by measuring the measurement sample prepared by the measuring part from the blood sample when the blood measurement mode has been set by the mode setting means; and a second analyzing means for executing a second analysis process which differs from the first analysis process based on the characteristic information obtained by measuring the measurement sample prepared by the measuring part from the body fluid sample when the body fluid measurement mode has been set by the mode setting means; wherein the first analysis process includes a process of classifying white blood cells into at least four types; and the second analysis process includes a process of classifying white blood cells into fewer types than the first analysis process. a measuring part for preparing a measurement sample from a blood sample or a body fluid sample that differs from the blood sample, measuring the prepared measurement sample, and obtaining characteristic information representing characteristics of components within the measurement sample; a mode setting means for setting either a blood measurement mode for measuring the blood sample, or a body fluid measurement mode for measuring the body fluid sample as an operating mode; a first analyzing means for executing a first analysis process based on the characteristic information obtained by measuring the measurement sample prepared by the measuring part from the blood sample when the blood measurement mode has been set by the mode setting means; and a second analyzing means for executing a second analysis process which differs from the first analysis process based on the characteristic information obtained by measuring the measurement sample prepared by the measuring part from the body fluid sample when the body fluid measurement mode has been set by the mode setting means; wherein the first analysis process includes a process of classifying white blood cells into at least four types; and the second analysis process includes a process of classifying white blood cells into fewer types than the first analysis process.
A shield terminal connection structure, comprising: a terminal part (24; 42) of a tubular shielding member (21; 42) which accommodates a plurality of conduction paths collectively, wherein the terminal part (24; 42) itself forming a holding part (25; 43); and a clamping and fixing member (28; 47) which is held to the holding part (25; 43) and includes a fixing part (30; 49) and a terminal pressing part (29; 48) which are integrally formed with each other, characterized in that the holding part (25; 43) is formed by bending the terminal part (24; 42) in the direction of an axis L2 of the shielding member (21; 42), and the clamping and fixing member (28; 47) is held so that the fixing part (30; 49) is protruded outwards from the inside of an opening part of the tubular shielding member , wherein the fixing part (30; 49) is provided for being fixed with a shield structure of a connection party to which the conduction paths are connected, and the terminal pressing part (29; 48) presses the holding part (25; 43) corresponding to the terminal part (24; 42) to the shield structure in accordance with fixing to the shield structure with the fixing part (30; 49). a terminal part (24; 42) of a tubular shielding member (21; 42) which accommodates a plurality of conduction paths collectively, wherein the terminal part (24; 42) itself forming a holding part (25; 43); and a clamping and fixing member (28; 47) which is held to the holding part (25; 43) and includes a fixing part (30; 49) and a terminal pressing part (29; 48) which are integrally formed with each other, characterized in that the holding part (25; 43) is formed by bending the terminal part (24; 42) in the direction of an axis L2 of the shielding member (21; 42), and the clamping and fixing member (28; 47) is held so that the fixing part (30; 49) is protruded outwards from the inside of an opening part of the tubular shielding member , wherein the fixing part (30; 49) is provided for being fixed with a shield structure of a connection party to which the conduction paths are connected, and the terminal pressing part (29; 48) presses the holding part (25; 43) corresponding to the terminal part (24; 42) to the shield structure in accordance with fixing to the shield structure with the fixing part (30; 49).
A pharmaceutical composition for use in a method of protecting or mitigating against radiation or bleomycin induced DNA damage in a lung tissue of a human or animal patient, the composition comprising a compound of Formula 1 below, or a pharmaceutically acceptable salt or solvate thereof. bleomycin induced DNA damage in a lung tissue of a human or animal patient, the composition comprising a compound of Formula 1 below, or a pharmaceutically acceptable salt or solvate thereof.